Innovations 12 2 ENG

Wal

ter

prod

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inno

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· Edi

tion

201

2-2

_INNOVATIONS

New products, convincing performance.

Prin

ted

in G

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0092

(08/

2012

) EN

Walter GB LTD. Bromsgrove, England +44 (1527) 839 450, [email protected] Walter Wuxi Co. Ltd. Wuxi, Jiangsu, P.R. China +86 (510) 8241 9399, [email protected] Walter AG Singapore Pte. Ltd. +65 6773 6180, [email protected] Walter Korea Ltd. Anyang-si Gyeonggi-do, Korea +82 (31) 337 6100, [email protected] Walter Tools India Pvt. Ltd. Pune, India +91 (20) 3045 7300, [email protected] Walter (Thailand) Co., Ltd. Bangkok, 10120, Thailand +66 2 687 0388, [email protected] Walter Malaysia Sdn. Bhd. Selangor D.E., Malaysia +60 (3) 8023 7748, [email protected] Walter Australia Pty. Ltd. Hallam, Victoria 3803, Australia +61 3 8793 1000, [email protected] Walter Tooling Japan K.K. Nagoya, Japan +81 (52) 723 5800, [email protected] Walter USA, LLC Waukesha WI, USA +1 800-945-5554, [email protected] Walter Canada Mississauga, Canada [email protected]

Walter AG

Derendinger Straße 53, 72072 Tübingen Postfach 2049, 72010 Tübingen Germany www.walter-tools.com www.facebook.com/waltertools www.youtube.com/waltertools

Product innovations Edition 2012-2

Turning, drilling, threading,milling, adaptors

You will find the complete tool range of our three competence brands Walter, Walter Titex and Walter Prototyp in the new 2012 edition of the general catalogue and in this new products brochure for 2012-2 “New products, convincing performance”. It replaces the previous brochure 2012-1 “The right choice, guaranteed”.

They contain all the precision tools you need in your production facilities for turning, boring, milling and threading.

We will be pleased to send you the new general catalogue on request.

= the full range of tools

Walter general catalogue+ new products brochure

_A COMPENDIUM Of ExPERTISE IN MACHINING

Turning, drilling, threading, milling, adaptors

Complete Catalogue

_INNOVATIONS


Product innovationsEdition 2012-2


Engineering what you envision requires the right tools. Tools for turning, milling, drilling and threading. But it also takes heart and soul. From the initial inspiration to the final application. With the competence brands of Walter, Walter Titex, Walter Prototyp and Walter Multiply, you acquire more than just tools from us, because we do all we can to understand and satisfy the requirements of our customers. We concentrate on the application and what the customer wants to achieve. We help customers to turn their ideas into a reality. In doing so, perfection is for us the most important thing. It is the easiest way to achieve productivity and efficiency, and the only way to turn vision into reality.

Expect more. Engineer what you envision.

TURNING VISIONS INTO REALITY.

TURNING Walter ¤3¤

ISO turning ¤4¤

Grooving ¤14¤

Ordering information ¤20¤

DRILLING AND THREADING Walter Titex ¤39¤

Solid carbide drills ¤40¤

PCD drills ¤56¤


Walter ¤91¤

Drills ¤92¤

Counterbore drills ¤96¤

Precision boring ¤97¤


Walter Prototyp ¤103¤

HSS-E-PM taps ¤104¤

HSS-E taps ¤106¤

Solid carbide thread formers ¤110¤

Solid carbide thread mills ¤112¤


MILLING Walter Prototyp ¤155¤

Solid carbide end mills ¤156¤

Ball-nose end mills ¤162¤


Walter ¤177¤

The new generation of cutters ¤179¤

Cutting tool materials ¤182¤

Face mills ¤186¤

Copy mills ¤190¤


Walter adaptors ¤217¤

Adaptors ¤218¤


Alphanumeric index ¤228¤


Turning

_TOOL INNOVATIONS IN TURNING

Higher speed, greater efficiency.

4

ISO TURNING

Reliable, productive, cost-effective – the new Walter ceramic solution for machining high temperature alloys.

Ordering information can be found from page ¤25¤ onwards.

WIS10 and WWS20 are the two new ceramic cutting tool materials designed to meet the special requirements involved in machining high temperature alloys. Cutting speeds, which are 5 to 10 times higher than those used for carbide index-able inserts, require stable processes and make the WIS10 and WWS20 the economical choice for machining aircraft turbine components, for example.

NEW2012

THE APPLICATION

– Machining high temperature alloys such as Inconel, Waspalloy and Stellite in forged, cast or premachined form

– Turbine components for aerospace technology – Components for power engineering, such as rings, blades and shafts

– Components with high corrosion resistance for oil, petrochemical and medical engineering applications

– For turning and milling

WIS10 (ISO S10)

– Sialon ceramic based on silicone nitrides and aluminium oxide

– Maximum chemical resistance and outstanding resistance to shear wear

– WIS10 can be used for any type of high temperature alloy, particularly in semi-finish machining processes with stable machining conditions

– Basic insert shapes: RN, SN, CN, RC and RP

WIS10 Sialon ceramic

WWS20 Whisker ceramic

5Walter – Turning

WIS10 and WWS20 ceramic cutting tool materials.

Cutting edge design

YOUR ADVANTAGES

– Shorter machining times due to cutting speeds which are 5 to 10 times higher with WIS10 and WWS20 ceramic cutting tool materials

– Maximum chemical resistance and optimum wear characteristics ensure longer tool life

– One supplier for ceramic (WIS10 and WWS20) and carbide cutting tool materials (WSM10 and WSM20) for machining an extremely wide variety of different high temperature alloys which have undergone any type of treatment

WWS20 (ISO S20)

– Aluminium oxide ceramic reinforced with Whisker silicon carbides

– Higher level of toughness than WIS10 – WWS20 is used primarily for machining Ni-based high tem-perature alloys with unfavourable machining conditions, for example roughing forged surfaces with a fluctuating depth of cut

– A secondary application is the machining of hardened steel – Basic insert shapes: RN, SN, CN, DN, RC and RP

Range of applications

WIS10Sialon ceramic

Carbide Tiger·tec® grades WSM10–WSM20

Machining conditions

Cutting speedvc [m/min]

350

250

150

50

WWS20Whisker ceramic

Finishing• Demanding

requirements for surface finish quality

• Low depth of cut• Increased hard-

ness

Medium machining• Premachined

surfaces• Constant depth

of cut• Heat-treated• Increased hard-

ness

Roughing• Forged/cast

surfaces• Fluctuating depth

of cut• Before heat treat-

ment• Low level of hard-

ness

E

– Second choice – Good machining conditions – Lower feed rates and depths of cut – Lower cutting forces

T01020

– First choice – For heavy-duty machining operations which require a very stable cutting edge

– High feed rates – Machining interruptions

0,1

20°

Cutting edge rounding

6

ISO TURNING

Walter Turn – turning toolholder for ceramic inserts.


TOOLHOLDER FOR RNGN, RCGX AND RPGX INDEXABLE INSERTS

– Square shank tools for smooth and V-support ceramic inserts without a hole

– Clamping system with carbide clamping plate, particularly suited to ceramic inserts without a hole

– Pre-assembled toolholder available for RNGN, RCGX and RPGX indexable inserts

NEW2012

TOOLHOLDER FOR CNGN, DNGN AND SNGN INDEXABLE INSERTS

– Set of assembly parts for converting the Walter Turn tool-holder clamping system (D) into a clamping system with a carbide clamping plate (C), for ceramic inserts without a hole

– Set contains: clamp, screws, pressure spring, carbide clamp-ing plate, hook for clamping plate and wrench for the hook bolt

– When combined with the appropriate shim, this set can be used for C, D and S basic insert shapes

YOUR ADVANTAGES

– Stable clamping system for reliable processes – Reduced machine times as a result of higher cutting speeds

– High level of flexibility since the clamps can be replaced for carbide or ceramic inserts

THE APPLICATION

– First choice for machining high temperature alloys with Walter ceramic types WIS10 and WWS20

– Turning Inconel with cutting speeds of up to 350 m/min – Cast iron machining with ceramic inserts

Turning toolholder for ceramic inserts

Watch product video: Scan QR code

or go directly to http://goo.gl/KnwG3

7

ISO TURNING

Walter NMS and NRS – two geometries specially designed for high temperature alloys.

7Walter – Turning

Typical NMS / NRS Applications

– Machining of HRSAs such as Inconel 718, Waspalloy – Used in the aerospace industry e.g. turbine casings, turbine discs

– Measuring instruments for the oil and gas industry – Valves and pump components for the chemical industry – Extended application to ISO M, e.g. austenitic stainless steels 1.4571

NMS GEOMETRYMedium machining/semi-finishing

– Sharp cutting edge for low cutting pressures, which reduces the generation of heat when machining HRSAs

– Good chip breaking – avoids chip hammer – Basic shapes: C, D, T, V, W

NRS GEOMETRYRoughing

– Sharp cutting edge combined with a robust cutting lip for machining high-strength ISO S materials

– Machining of forged and cast surfaces – Basic shapes: C, D, S

YOUR ADVANTAGES

– Low cutting pressures which enable reliable machining of unstable components (such as turbine casings) and reduce heat development when machining HRSAs

– Tiger·tec® PVD aluminium oxide cutting materials WSM10 and WSM20 with heat shield for higher cutting speeds

– NMS and NRS geometries achieve an increase in tool life of up to 150%

NMS inserts: Medium machining/semi-finishing

NRS inserts: Roughing

Machining conditions

16

10

6.3

4.0

2.5

1.6

1.0

0.63

0.4

0.25

0.16

0.10.025

0.040.063

0.10.16

0.250.4

0.631.0

1.6

ap [mm] Depth of cut

f [mm]Feed

2.5

Sharp cutting edge (microgeometry)

Large rake angle (macrogeometry)

Short, robust and positive primary land

Cross-section: NRS

NRS

NMS

8

ISO TURNING

Walter Tiger·tec® Silver ISO P generation:Steel machining with bite.


A STRONG DOUBLE ACT CREATES A NEW GENERATION

By combining new cutting materials and new geometries, we have created a new generation: the Tiger·tec® Silver ISO P Generation. We have combined our unique Tiger·tec® Silver CVD coating with a brand new type of universal geometry range for machining steel. The result is inspirational: The Tiger·tec® Silver ISO P Generation delivers increases in output of up to 75% in the turning of steel.

NEW: ground contact surface after coatingIncreased process reliability with interrupted cuts

NEW: Silver flank faceIndicator coating for easy wear detection

NEW: Aluminium oxide with optimised microstructure+50% higher tool life experienced due to improved crater wear resistance

NEW: Microedge technology+ 30% longer tool life due to resistance to flank wear or plastic deformation

NEW: Mechanical post-treatmentUnique residual stress state, increased

process reliability in mass production

NEW: ISO P geometriesLarge, universal chip breaking area

and longer tool life

PROGRAMME ADDITIONS

2012

9Walter – Turning

Tiger·tec® Silver ISO P generation

In the Tiger·tec® Silver ISO P generation, four geometries have been developed in parallel and matched to each other. The range of supported ap-plications has been increased by 20 to 40% in com-parison with previous geometries. The result: The entire application area in steel machining has been covered.

New grades for steel (ISO P) New geometries for steel (ISO P)

Dept

h of

cut

[mm

]

Feed [mm]

good medium unfavourable

WPP30STiger·tec® Silver



Wea

r res

ista

nce

Toughness

MP3

MP5 RP5

FP5

Up to

75% increase in output

THE CUTTING MATERIALS

WPP10S (ISO P10)

– Excellent wear resistance – Continuous cut to light interrupted cuts

WPP20S (ISO P20)

– Universal cutting material, for approx 50% of all applications – Can be used from roughing through to finishing – Adds reliability to automated production

WPP30S (ISO P30)

– Tough cutting material for interrupted cuts or unstable conditions

– Maximum machining reliability

THE GEOMETRIES

10


or go directly to http://goo.gl/frwc2

Tiger·tec® Silver APPLICATION RANGE

Increased wear resistance

Increased toughness

Toughness

Tiger·tec® Silver

Tiger·tec®

Competition

Wea

r res

ista

nce Competitors

Tensile stresses/ risk of fracture

Tiger·tec® Silver

Compressive stress in the coating from mechanical post-treatment

Competitors

Conventional aluminium oxide

Tiger·tec® Silver

Aluminium oxide with optimised microstructure

ISO TURNING

Walter Tiger·tec® Silver ISO P generation:Steel machining with bite.

YOUR ADVANTAGES

– Tiger·tec® Silver ISO P generation – up to a 75% in-crease in output due to new geometries and new grades

– Increased productivity due to a new aluminium oxide with optimised microstructure

– Increased process reliability under dynamic loads as a result of mechanical post-treatment and the contact surface being ground after coating

– Problem-free chip removal due to the large, universal breaking area of the new ISO P geometries and a reduced number of geometries in production


PROGRAMME ADDITIONS

2012

11

FIELD OF APPLICATIONS FOR NEW ISO P GEOMETRIES

Feed

FP5 GEOMETRY: Finishing, steel

MP3 GEOMETRY: medium machining long-chipping steel materials

MP5 GEOMETRY: medium machining steel materials in general

RP5 GEOMETRY: Roughing, steel

Cutt

ing

dept

h

TURNING CAMSHAFTS – CONSTANT INTERRUPTED CUTS

Workpiece material: 47CrMo44 (1.2341)Tensile strength: 950 –1050 N/mm²Indexable insert: CNMG160612-RP5Cutting tool material: WPP10S Tiger·tec® SilverTool: PCLNL3225P16

Cutting dataCompetitionISO P30

Tiger·tec® Silver WPP30S

vc 220 m/min 220 m/minf 0.4 mm 0.4 mmap 2.5 mm 2.5 mmTool life 55 components 110 components

Comment: No notching on the insert at the depth of cut, which therefore reduces burr formation on the component.

Workpiece material: 16MnCr5 (1.7131)Tensile strength: 600 –700 N/mm²Indexable insert: DNMG150608-MP5Cutting tool material: WPP30S Tiger·tec® SilverTool: DDJNR2525M15

Cutting dataCompetitionISO P15

Tiger·tec® Silver WPP10S

vc 165 m/min 200 m/minf 0.55 mm 0.6 mmap 4 – 6 mm 4 – 6 mmTool life 7 components 11 components

Comment: Customers can also use the CNMG160612-RP5 WPP10S insert successfully on GGG70 components. The number of different indexable inserts in production has been reduced.

Number of components comparison

0 2 864 10

Competition 7

Tiger·tec® Silver RP5 WPP10S 11

Components

12

+ 57%


0 25 1007550 125

Competition 55+ 100%

Tiger·tec® Silver MP5 WPP30S 110

Components

Turning camshafts – constant interrupted cuts Gear hub roughing Ø 750 mm – internal machining

Walter – Turning

12

ISO TURNING

Walter Turn – toolholders for small indexable inserts that conserve resources and reduce costs.

THE INDEXABLE INSERTS

New inserts in C, S and T basic shapes with IC 9.53 mm in the outstanding Tiger·tec® Silver coating. Available in geometries FP5 and MP3.

THE TOOLS

Boring bars

– Basic shapes C and T – Lead angles of 95° and 91° – Round shank with 3 clamping surfaces allow maximum flexibility

– Internal coolant supply on all tools – Dmin Ø range 20–32 mm – Boring bar diameters of 16, 20, 25 mm – Reliable lever type clamping

ISO external holders

– Basic shapes C, S, T – Lead angles of 95°, 45° and 91° – Square shanks 12x12, 16x16, 20x20 and 25x25 mm – Clamping screw can be accessed from above or below – Reliable lever type clamping

ISO toolholders with clamp

– Basic shapes C, S, W – Lead angles of 95° and 45° – Shank sizes 16x16, 20x20 and 25x25 mm – Easy-to-handle clamping system – Top clamping type D

THE APPLICATION

– Toolholders for internal and external machining – For longitudinal and face turning – Machining of small depths of cut and small component diameters using negative inserts

YOUR ADVANTAGES

– Cost-saving and resource-sparing as the indexable insert contains less material

– Maximum productivity when combined with Tiger·tec® Silver cutting tool materials

– Optimum insert product range matched to toolholders

CNMG 0903 . . SNMG 0903 . . TNMG 1103 . .

DOWNSIZING FOR INSERTS

For operations in which, for example, a CNMG1204 . . insert is currently used, a small CNMG0903 . . insert can be used in many cases. In this way, not only can you make your production process more cost-effective but you can also conserve resources.

NEW NEWNEW


13

ISO TURNING

Walter Turn – lever type clamping:expanded boring bar range.

THE TOOLS

– Steel shank with three clamping surfaces allow maximum flexibility

– Internal coolant supply on all tools – Boring bars for insert basic shapes C, D, S, T and W – Boring bar diameters of 16, 20, 25, 32 and 40 mm – Reliable lever type clamping

THE APPLICATION

– First choice for indexable inserts with negative basic shape and for machining large depths of cut

– Suitable for machining in small diameter ranges with nega-tive indexable insert

Walter – Turning

YOUR ADVANTAGES

– Unobstructed chip evacuation – Stable clamping of insert – Cutting edges on contact surface protected by edge on shim

– Coolant fed directly to cutting edge, enabling higher cutting data and longer tool life

THE COOLANT ADAPTOR – K600

– For sealing boring bars with clamping surfaces – Easy connection to the machine – No screw thread is needed – Easy to shorten the boring bar – Can be used as standard up to a coolant pressure of 80 bar

Steel shank design

NEW: Connection for coolant adaptor

NEW: 3 clamping surfacesNEW: Internal coolant supply

Special shim with edge to prevent chip impact and to

protect the contact surface of the cutting edges

Reliable lever type clamping

14

GROOVING

Walter Tiger·tec® Silver – PVDWear resistance and toughness are not a contradiction.

Micrograin substrate• High level of hardness• High level of toughness

Indicator layer• Maximum tool life due to easy

wear detection• Easy detection of unused

cutting edges

Coating• Low thermal load for substrate due to

Al2O3 layer• Low friction due to improved surface

structure• Better wear properties due to greater

layer hardness

Cutting edge quality• High-precision microgeometries

guarantee consistent tool life• High stability of the cutting edges

due to micrograin substrate• Sharp cutting edge due to reduced

coating thickness

Thermal loading of carbide

Surface structure of coating

COMPARISON Competition Tiger·tec® Silver PVD

High thermal loading of carbide Thermal protection by Al2O3

High friction due to surface structure Reduced friction due to improved surface

Chip

Cutting edge Cutting edge

Chip

Al2O3Wor

kpie

ce

Wor

kpie

ce

Conventional PVD layer

NEW2012


15Walter – Turning

Wear resistance

Toughness

PVD Al203

Tiger·tec® Silver PVD

THE CUTTING MATERIALS

WSM13S – (ISO P10, ISO M10, ISO S10)• Maximum resistance to temperature and wear in the

machining of steel and of stainless and HRSA materials• For finishing and medium machining where interruptions

in cut exist

WSM23S – (ISO P20, ISO M20, ISO S20)• Resistance to temperature and wear in the machining of

steel and of stainless and HRSA materials• For use in stable conditions, with high cutting speeds and

application of coolant

WSM33S – (ISO P30, ISO M30, ISO S30)• First choice in the machining of steel and of stainless and

super-heat-resistant alloys• For use under normal conditions• Covers the majority of applications• Combination of outstanding wear resistance and a high

degree of toughness

WSM43S – (ISO P40, ISO M40, ISO S40)• Maximum toughness and process reliability in the machining

of steel and of stainless and HRSA materials• Ideal grade for machining where there are interruptions in

cut, low speed unstable workholding or unstable machine conditions

YOUR ADVANTAGES

– Unique combination of thermal stability and toughness ensures unbeatable cost efficiency

– Maximum process reliability due to improved stability of cutting edges

– Low tendency for build-up on the cutting edge due to improved surface structure and sharp cutting edge with thin Tiger·tec® Silver PVD Al2O3 coating

– Longer tool life due to improved layer hardness – Universal cutting tool material covering different ISO material groups

– Excellent machining results due the to use of Tiger·tec®

Silver PVD technology in conjunction with Walter Cut geometries


or go directly to http://goo.gl/u3dxw

Previous PVD grades

Overview of Tiger·tec® Silver cutting materials

WSM13S

WSM23S

WSM33S

WSM43S

Toughness

Wea

r res

ista

nce

GROOVING

Walter RF8 geometry – the insert with fully ground circumference for easy cuts.

16

THE INSERT

– Full radius insert – Circumference fully ground – Sharp cutting edge for reduced cutting forces – Positive primary chamfer to stabilise cutting edge – Insert widths of 3 mm, 4 mm, 5 mm, 6 mm – Indexable insert size GX24 – Double ended insert – Tiger·tec® Silver grades

THE APPLICATION

– Machining of ISO S materials such as Inconel 718, Waspalloy – Profiling applications in the aerospace industry, e.g. engine components

– Machining of ISO M materials – 230° cutting edge – Finishing of ISO P materials – Profiling of unstable components for reduced cutting forces – For outstanding surface finish quality – For radial and axial machining

YOUR ADVANTAGES

– Maximum cost efficiency in the machining of ISO S materials through the use of the most state-of-the-art cutting tool materials and geometries

– Excellent surface finish quality due to cutting edge with fully ground circumference

– Machining angle > 180° enables production of undercuts

230°

Positive primary chamfer to stabilise cutting edge

High positive rake angle

Application area

16

10

6.3

4.0

2.5

1.6

1.0

0.63

0.4

0.25

0.16

0.10.025

0.040.063

0.10.16

0.250.4

0.631.0

1.6

ap [mm] Cutting depth

f [mm]Feed

2.5

s = 3 mm s = 4 mm s = 5 mm s = 6 mm


GROOVING

Walter RD4 geometry – the versatile full radius insert for all operations.

THE INSERT

– Full radius insert – Two geometries in one cutting insert – Insert widths of 3 mm, 4 mm, 5 mm, 6 mm – Cutting insert size GX24 – Double ended insert – Tiger·tec® Silver grades

THE APPLICATION

– For grooving on all types of lathe – For profiling – For axial grooving, radial grooving and recessing

Section A-AStable cutting edge

• Longer tool life• Increased process reliability

Section B-BDouble geometry enabling chip breaking

• in grooving operations• in profiling applications

a

a

bb

YOUR ADVANTAGES

– Outstanding chip control when grooving and profiling – Chip breaking even at low cutting depth and feed rates – Ultra modern Tiger·tec® Silver cutting tool materials for excellent results

Axial grooving Gearwheel

Workpiece material: 16MnCr5 (1.7131)Insert: GX24-3E400N200-RD4Cutting tool material: WPP23 – Tiger·tec®

Tool: G1111.2525L-4T20GX24

Cutting data

Competition Tiger·tec®

vc 180 m/min 200 m/minf 0.12 mm 0.20 mmCutting depth 7 mm 7 mmTool life 400 components 600 components


0 300200100 600 Components500400

Competition 400

+50%

Tiger·tec® WPP23 600

Comment: – Outstanding chip control – Shorter process time due to higher feed rate and faster cutting speed – Greater process reliability


GROOVING

Parting off precision with the new Walter Cut GX system.

18

THE TOOLS

G 1042 Deep parting blade – Optimum insert seat design – 4-point clamping – User-friendly self-clamping system

G 1041 Reinforced parting blade – Screw clamping – Right and left hand tools available – Contra version available

G 1011 Monoblock tool – Screw accessible from above and below – Low tool head height for easy chip removal – For grooving, parting off and recess turning

XLDE monoblock tool – Easy access to the clamping screw – Outstanding performance on multi-spindle machines and Swiss style auto lathes

– Contra version available

Reflex point 1 Reflex point 2

THE APPLICATION

– For grooving, parting off and recessing on all types of lathe

– Grooving down to a depth of 23 mm and parting off up to a diameter of 46 mm with a double ended insert

– Grooving and parting off to a greater cutting depth from the same tool with a single ended insert

YOUR ADVANTAGES

– State-of-the-art tool technology for grooving and parting off

– One system for all grooving applications – All common tool types for grooving and parting off

4-point clamping

Standard Contra

Screws accessible from above and below

Standard Contra

For ordering information, see the 2012 Walter general catalogue.


THE GEOMETRIES

CF6 – the sharp one – Extremely low burr and pip formation

– Right and left hand inserts available

– For small diameters and thin-walled tubes

CF5 – the positive one – Low burr and pip formation – Right and left hand inserts available

– For long-chipping work-piece materials

CE4 – the universal one – Stable cutting edge – Right and left hand inserts available

– Excellent chip formation

Parting off ball bearing race

800 900 10007006005004003002001000

Workpiece material: 100Cr6 (1.3505)Cutting insert: GX16-1E200N020–CE4Cutting tool material: WSM33S – Tiger·tec® SilverTool: G1011.2020L-2T8GX16

Cutting data

Competition Tiger·tec® Tiger·tec® Silvervc 150 m/min 150 m/min 170 m/minf 0.08 mm 0.1 mm 0.1 mmCutting depth 8 mm 8 mm 8 mmTool life 450 components 800 components 950 components

Comment: – More consistent tool life – Improved flatness of parted surfaces – Outstanding chip control


Cutting edge

Feed

CF6

Low High

Shar

p St

able

CF5

CE4

Fields of application/geometries

Watch product video: Scan QR code or go directly to

http://goo.gl/e8wZy

Competition 450

Tiger·tec® 800

Tiger·tec® Silver 950

+ 111%*

+ 77%*

* in comparison to the competition

ORDERING INFORMATION

20 Walter – Turning

Negative ISO indexable inserts – Tiger·tec® Silver

Designationd

mml

mms

mmr

mmf

mmap

mm

P M K S H

HC HC HC HC BL BH

WP

P05

WP

P10

S

WP

P20S

WP

P30

S

WS

M10

WS

M20

WS

M30

WA

K10

WA

K20

WA

K30

WS

M10

WS

M20

WS

M30

WC

B30

WC

B50

r

80˚ l

d

s

CNMG090304-FP5 9,525 9,67 3,18 0,4 0,04 - 0,20 0,1 - 1,5 a b

CNMG090308-FP5 9,525 9,67 3,18 0,8 0,08 - 0,25 0,2 - 2,0 a b

CNMG120404-FP5 12,7 12,9 4,76 0,4 0,04 - 0,20 0,1 - 1,5 a b

CNMG120408-FP5 12,7 12,9 4,76 0,8 0,08 - 0,25 0,2 - 2,0 a b

CNMG120412-FP5 12,7 12,9 4,76 1,2 0,10 - 0,25 0,5 - 2,5 a b

CNMG090304-MP3 9,525 9,67 3,18 0,4 0,06 - 0,20 0,3 - 2,2 a b

CNMG090308-MP3 9,525 9,67 3,18 0,8 0,10 - 0,28 0,6 - 3,0 a b

CNMG120404-MP3 12,7 12,9 4,76 0,4 0,08 - 0,22 0,30 - 2,5 a b c

CNMG120408-MP3 12,7 12,9 4,76 0,8 0,12 - 0,32 0,60 - 3,2 a b c

CNMG120412-MP3 12,7 12,9 4,76 1,2 0,16 - 0,40 0,80 - 3,5 a b c

CNMG120404-MP5 12,7 12,9 4,76 0,4 0,16 - 0,25 0,5 - 4,0 a b c

CNMG120408-MP5 12,7 12,9 4,76 0,8 0,18 - 0,40 0,6 - 5,0 a b c

CNMG120412-MP5 12,7 12,9 4,76 1,2 0,20 - 0,45 1,0 - 5,0 a b c

CNMG120416-MP5 12,7 12,9 4,76 1,6 0,25 - 0,50 1,2 - 5,0 a b c

CNMG160608-MP5 15,875 16,1 6,35 0,8 0,25 - 0,50 0,8 - 7,0 a b c

CNMG160612-MP5 15,875 16,1 6,35 1,2 0,30 - 0,50 1,0 - 7,0 a b c

CNMG160616-MP5 15,875 16,1 6,35 1,6 0,35 - 0,55 1,2 - 7,0 a b c

CNMG120408-RP5 12,7 12,9 4,76 0,8 0,20 - 0,40 0,8 - 6,0 a b c

CNMG120412-RP5 12,7 12,9 4,76 1,2 0,25 - 0,55 1,0 - 6,0 a b c

CNMG120416-RP5 12,7 12,9 4,76 1,6 0,35 - 0,65 1,6 - 6,0 a b c

CNMG160608-RP5 15,875 16,1 6,35 0,8 0,20 - 0,45 1,0 - 8,0 a b c

CNMG160612-RP5 15,875 16,1 6,35 1,2 0,25 - 0,60 1,2 - 8,0 a b c

CNMG160616-RP5 15,875 16,1 6,35 1,6 0,35 - 0,70 1,6 - 8,0 a b c

CNMG190608-RP5 19,05 19,3 6,35 0,8 0,20 - 0,50 1,0 - 10,0 a b c

CNMG190612-RP5 19,05 19,3 6,35 1,2 0,25 - 0,65 1,2 - 10,0 a b c

CNMG190616-RP5 19,05 19,3 6,35 1,6 0,35 - 0,80 1,6 - 10,0 a b c

CNMG190624-RP5 19,05 19,3 6,35 2,4 0,45 - 1,00 2,0 - 10,0 a b c

CNMM120408-NRF 12,7 12,9 4,76 0,8 0,30 - 0,50 0,8 - 7,0 a a b c

CNMM120412-NRF 12,7 12,9 4,76 1,2 0,35 - 0,70 1,2 - 7,0 a a b c

CNMM120416-NRF 12,7 12,9 4,76 1,6 0,40 - 0,80 1,6 - 7,0 a a b c

CNMM160612-NRF 15,875 16,1 6,35 1,2 0,35 - 0,70 1,2 - 9,0 a a b c

CNMM160616-NRF 15,875 16,1 6,35 1,6 0,40 - 0,90 1,6 - 9,0 a a b c

CNMM160624-NRF 15,875 16,1 6,35 2,4 0,45 - 1,00 2,4 - 9,0 a a b c

CNMM190612-NRF 19,05 19,3 6,35 1,2 0,35 - 0,70 1,2 - 10,0 a a b c

CNMM190616-NRF 19,05 19,3 6,35 1,6 0,40 - 0,90 1,6 - 10,0 a a b c

CNMM190624-NRF 19,05 19,3 6,35 2,4 0,45 - 1,10 2,4 - 10,0 a a b c

CNMM250924-NRF 25,4 25,8 9,52 2,4 0,45 - 1,20 2,4 - 12,0 b c

CNMM160612-NRR 15,875 16,1 6,35 1,2 0,50 - 0,90 2,0 - 10,0 a b c c

CNMM160616-NRR 15,875 16,1 6,35 1,6 0,50 - 1,10 2,0 - 10,0 a b c c

CNMM160624-NRR 15,875 16,1 6,35 2,4 0,50 - 1,30 2,0 - 10,0 a b c c

CNMM190612-NRR 19,05 19,3 6,35 1,2 0,50 - 0,90 2,0 - 13,0 a b c c

CNMM190616-NRR 19,05 19,3 6,35 1,6 0,50 - 1,10 2,0 - 13,0 a b c c

CNMM190624-NRR 19,05 19,3 6,35 2,4 0,60 - 1,60 3,0 - 13,0 a b c c

CNMM250924-NRR 25,4 25,8 9,52 2,4 0,60 - 1,60 3,0 - 17,0 a b c c

a b c New addition to range

a b c In the range previously

HC = Coated carbideBL = CBN with low CBN contentBH = CBN with high CBN content






Designationd

mml

mms

mmr

mmf

mmap

mm

P M K S H

HC HC HC HC BL BH

WP

P05

WP

P10

S

WP

P20S

WP

P30

S

WS

M10

WS

M20

WS

M30

WA

K10

WA

K20

WA

K30

WS

M10

WS

M20

WS

M30

WC

B30

WC

B50

r

55˚ l

d

s

DNMG110402-FP5 9,53 11,6 4,76 0,2 0,04 - 0,12 0,1 - 0,5 a b

DNMG110404-FP5 9,53 11,6 4,76 0,4 0,04 - 0,20 0,1 - 1,5 a b

DNMG110408-FP5 9,53 11,6 4,76 0,8 0,08 - 0,25 0,2 - 2,0 a b

DNMG110412-FP5 9,53 11,6 4,76 1,2 0,10 - 0,25 0,5 - 2,5 a b

DNMG150404-FP5 12,7 15,5 4,76 0,4 0,05 - 0,20 0,1 - 1,5 a b

DNMG150408-FP5 12,7 15,5 4,76 0,8 0,08 - 0,25 0,2 - 2,0 a b

DNMG150412-FP5 12,7 15,5 4,76 1,2 0,10 - 0,25 0,5 - 2,5 a b

DNMG150604-FP5 12,7 15,5 6,35 0,4 0,05 - 0,20 0,1 - 1,5 a b

DNMG150608-FP5 12,7 15,5 6,35 0,8 0,08 - 0,25 0,2 - 2,0 a b

DNMG150612-FP5 12,7 15,5 6,35 1,2 0,10 - 0,25 0,5 - 2,5 a b

DNMG110404-MP3 9,53 11,6 4,76 0,4 0,08 - 0,22 0,30 - 2,2 a b

DNMG110408-MP3 9,53 11,6 4,76 0,8 0,12 - 0,32 0,60 - 3,0 a b

DNMG110412-MP3 9,53 11,6 4,76 1,2 0,16 - 0,35 0,80 - 3,2 a b

DNMG150404-MP3 12,7 15,5 4,76 0,4 0,08 - 0,22 0,30 - 2,5 a b c

DNMG150408-MP3 12,7 15,5 4,76 0,8 0,12 - 0,32 0,60 - 3,2 a b c

DNMG150412-MP3 12,7 15,5 4,76 1,2 0,16 - 0,40 0,80 - 3,5 a b c

DNMG150604-MP3 12,7 15,5 6,35 0,4 0,08 - 0,22 0,30 - 2,5 a b c

DNMG150608-MP3 12,7 15,5 6,35 0,8 0,12 - 0,32 0,60 - 3,2 a b c

DNMG150612-MP3 12,7 15,5 6,35 1,2 0,16 - 0,40 0,80 - 3,5 a b c

DNMG110404-MP5 9,525 11,6 4,76 0,4 0,16 - 0,25 0,5 - 4,0 a b c

DNMG110408-MP5 9,525 11,6 4,76 0,8 0,18 - 0,35 0,6 - 4,0 a b c

DNMG110412-MP5 9,525 11,6 4,76 1,2 0,20 - 0,40 1,0 - 4,0 a b c

DNMG150404-MP5 12,7 15,5 4,76 0,4 0,16 - 0,25 0,5 - 4,0 a b c

DNMG150408-MP5 12,7 15,5 4,76 0,8 0,18 - 0,35 0,6 - 5,0 a b c

DNMG150412-MP5 12,7 15,5 4,76 1,2 0,20 - 0,40 1,0 - 5,0 a b c

DNMG150416-MP5 12,7 15,5 4,76 1,6 0,25 - 0,45 1,2 - 5,0 a b c

DNMG150604-MP5 12,7 15,5 6,35 0,4 0,16 - 0,25 0,5 - 4,0 a b c

DNMG150608-MP5 12,7 15,5 6,35 0,8 0,18 - 0,35 0,6 - 5,0 a b c

DNMG150612-MP5 12,7 15,5 6,35 1,2 0,20 - 0,40 1,0 - 5,0 a b c

DNMG150616-MP5 12,7 15,5 6,35 1,6 0,25 - 0,45 1,2 - 5,0 a b c

DNMG110408-RP5 9,525 11,6 4,76 0,8 0,18 - 0,35 0,8 - 4,0 a b c

DNMG110412-RP5 9,525 11,6 4,76 1,2 0,20 - 0,40 1,0 - 4,0 a b c

DNMG150408-RP5 12,7 15,5 4,76 0,8 0,15 - 0,35 0,8 - 5,0 a b c

DNMG150412-RP5 12,7 15,5 4,76 1,2 0,20 - 0,40 1,0 - 5,0 a b c

DNMG150416-RP5 12,7 15,5 4,76 1,6 0,25 - 0,50 1,6 - 6,0 a b c

DNMG150608-RP5 12,7 15,5 6,35 0,8 0,15 - 0,35 0,8 - 5,0 a b c

DNMG150612-RP5 12,7 15,5 6,35 1,2 0,20 - 0,40 1,0 - 5,0 a b c

DNMG150616-RP5 12,7 15,5 6,35 1,6 0,25 - 0,50 1,6 - 6,0 a b c

DNMG110408-NMT 9,525 11,6 4,76 0,8 0,12 - 0,28 0,6 - 3,2 a b a b b

DNMG150608-NMT 12,7 15,5 6,35 0,8 0,12 - 0,28 0,6 - 4,0 a b a b b

DNMM150608-NRF 12,7 15,5 6,35 0,8 0,25 - 0,45 0,8 - 5,0 a b c

DNMM150612-NRF 12,7 15,5 6,35 1,2 0,30 - 0,50 1,2 - 5,0 a a b c

DNMM150616-NRF 12,7 15,5 6,35 1,6 0,35 - 0,60 1,6 - 5,0 a a b c


WS

10




Designationd

mml

mms

mmr

mmf

mmap

mm

P M K S H

HC HC HC HC BL BH

WP

P05

WP

P10

S

WP

P20S

WP

P30

S

WS

M10

WS

M20

WS

M30

WA

K10

WA

K20

WA

K30

WS

M10

WS

M20

WS

M30

WC

B30

WC

B50

r

90˚

d

l s

SNMG090308-FP5 9,525 9,525 3,18 0,8 0,06 - 0,20 0,15 - 1,5 a b

SNMG120404-FP5 12,7 12,7 4,76 0,4 0,04 - 0,22 0,1 - 1,8 a b

SNMG120408-FP5 12,7 12,7 4,76 0,8 0,08 - 0,25 0,2 - 2,0 a b

SNMG120412-FP5 12,7 12,7 4,76 1,2 0,10 - 0,25 0,5 - 2,5 a b

SNMG090308-MP3 9,525 9,525 3,18 0,8 0,10 - 0,32 0,6 - 3,0 a b

SNMG120404-MP3 12,7 12,7 4,76 0,4 0,08 - 0,25 0,3 - 2,5 a b

SNMG120408-MP3 12,7 12,7 4,76 0,8 0,12 - 0,35 0,6 - 3,2 a b

SNMG120412-MP3 12,7 12,7 4,76 1,2 0,16 - 0,40 0,8 - 3,5 a b

SNMG120408-MP5 12,7 12,7 4,76 0,8 0,18 - 0,40 0,6 - 5,0 a b c

SNMG120412-MP5 12,7 12,7 4,76 1,2 0,20 - 0,45 1,0 - 5,0 a b c

SNMG120416-MP5 12,7 12,7 4,76 1,6 0,25 - 0,50 1,2 - 5,0 a b c

SNMG150608-MP5 15,875 15,875 6,35 0,8 0,25 - 0,50 0,8 - 8,0 a b c

SNMG150612-MP5 15,875 15,875 6,35 1,2 0,30 - 0,50 1,0 - 8,0 a b c

SNMG150616-MP5 15,875 15,875 6,35 1,6 0,35 - 0,55 1,2 - 8,0 a b c

SNMM120408-NRF 12,7 12,7 4,76 0,8 0,30 - 0,50 0,8 - 7,0 b c

SNMM120412-NRF 12,7 12,7 4,76 1,2 0,35 - 0,70 1,2 - 7,0 a a b c

SNMM120416-NRF 12,7 12,7 4,76 1,6 0,40 - 0,90 1,6 - 7,0 a a b c

SNMM150612-NRF 15,875 15,875 6,35 1,2 0,35 - 0,75 1,2 - 9,0 a a b c

SNMM150616-NRF 15,875 15,875 6,35 1,6 0,40 - 0,90 1,6 - 9,0 a a b c

SNMM150624-NRF 15,875 15,875 6,35 2,4 0,45 - 1,10 2,0 - 9,0 a a b c

SNMM190612-NRF 19,05 19,05 6,35 1,2 0,35 - 0,75 1,2 - 10,0 a a b c

SNMM190616-NRF 19,05 19,05 6,35 1,6 0,40 - 1,00 1,6 - 10,0 a a b c

SNMM190624-NRF 19,05 19,05 6,35 2,4 0,45 - 1,20 2,0 - 10,0 a a b c

SNMM250716-NRF 25,4 25,4 7,94 1,6 0,45 - 1,00 1,6 - 12,0 b c

SNMM250724-NRF 25,4 25,4 7,94 2,4 0,55 - 1,20 2,5 - 12,0 b c

SNMM250916-NRF 25,4 25,4 9,52 1,6 0,45 - 1,00 1,6 - 12,0 a b c

SNMM250924-NRF 25,4 25,4 9,52 2,4 0,55 - 1,20 2,5 - 12,0 b c

SNMM150612-NRR 15,875 15,875 6,35 1,2 0,50 - 0,80 1,5 - 10,0 b c c

SNMM150616-NRR 15,875 15,875 6,35 1,6 0,45 - 1,00 2,0 - 12,0 a b c c

SNMM150624-NRR 15,875 15,875 6,35 2,4 0,50 - 1,40 2,5 - 12,0 b c c

SNMM190612-NRR 19,05 19,05 6,35 1,2 0,50 - 1,00 2,0 - 13,0 a b c c

SNMM190616-NRR 19,05 19,05 6,35 1,6 0,50 - 1,10 2,5 - 13,0 a b c c

SNMM190624-NRR 19,05 19,05 6,35 2,4 0,60 - 1,60 3,0 - 13,0 a b c c

SNMM250716-NRR 25,4 25,4 7,94 1,6 0,50 - 1,10 2,5 - 17,0 a b c c

SNMM250724-NRR 25,4 25,4 7,94 2,4 0,60 - 1,60 3,0 - 17,0 a b c c

SNMM250732-NRR 25,4 25,4 7,94 3,2 0,60 - 1,80 4,0 - 17,0 b c c

SNMM250916-NRR 25,4 25,4 9,52 1,6 0,50 - 1,10 2,5 - 17,0 a b c c

SNMM250924-NRR 25,4 25,4 9,52 2,4 0,60 - 1,60 3,0 - 17,0 a b c c

SNMM250932-NRR 25,4 25,4 9,52 3,2 0,60 - 1,80 4,0 - 17,0 b c c

SNMG120408-RP5 12,7 12,7 4,76 0,8 0,20 - 0,50 0,8 - 6,0 a b c

SNMG120412-RP5 12,7 12,7 4,76 1,2 0,25 - 0,65 1,0 - 6,0 a b c

SNMG120416-RP5 12,7 12,7 4,76 1,6 0,35 - 0,75 1,6 - 6,0 a b c

SNMG150612-RP5 15,875 15,875 6,35 1,2 0,25 - 0,70 1,2 - 8,0 a b c

SNMG150616-RP5 15,875 15,875 6,35 1,6 0,35 - 0,80 1,6 - 8,0 a b c

SNMG190612-RP5 19,05 19,05 6,35 1,2 0,30 - 0,70 1,2 - 10,0 a b c

SNMG190616-RP5 19,05 19,05 6,35 1,6 0,35 - 0,90 1,6 - 10,0 a b c

SNMG190624-RP5 19,05 19,05 6,35 2,4 0,45 - 1,20 2,0 - 10,0 a b c







Designationd

mml

mms

mmr

mmf

mmap

mm

P M K S H

HC HC HC HC BL BH

WP

P05

WP

P10

S

WP

P20S

WP

P30

S

WS

M10

WS

M20

WS

M30

WA

K10

WA

K20

WA

K30

WS

M10

WS

M20

WS

M30

WC

B30

WC

B50

r60˚

s

d

l

TNMG110304-FP5 6,35 11 3,18 0,4 0,04 - 0,15 0,08 - 1,2 a b

TNMG110308-FP5 6,35 11 3,18 0,8 0,08 - 0,20 0,15 - 1,5 a b

TNMG160404-FP5 9,53 16,5 4,76 0,4 0,04 - 0,20 0,1 - 1,5 a b

TNMG160408-FP5 9,53 16,5 4,76 0,4 0,08 - 0,25 0,2 - 2,0 a b

TNMG160412-FP5 9,53 16,5 4,76 1,2 0,10 - 0,25 0,5 - 2,5 a b

TNMG110304-MP3 6,35 11 3,18 0,4 0,06 - 0,18 0,3 - 2,0 a b c

TNMG110308-MP3 6,35 11 3,18 0,8 0,10 - 0,25 0,6 - 2,2 a b c

TNMG160404-MP3 9,53 16,5 4,76 0,4 0,08 - 0,22 0,30 - 2,2 a b c

TNMG160408-MP3 9,53 16,5 4,76 0,8 0,12 - 0,32 0,60 - 3,0 a b c

TNMG160412-MP3 9,53 16,5 4,76 1,2 0,16 - 0,40 0,80 - 3,2 a b c

TNMG220408-MP3 12,7 22 4,76 0,8 0,12 - 0,32 0,6 - 3,2 a b c

TNMG220412-MP3 12,7 22 4,76 1,2 0,16 - 0,40 0,8 - 3,5 a b c

TNMG160404-MP5 9,525 16,5 4,76 0,4 0,16 - 0,25 0,5 - 4,0 a b c

TNMG160408-MP5 9,525 16,5 4,76 0,8 0,18 - 0,35 0,6 - 4,0 a b c

TNMG160412-MP5 9,525 16,5 4,76 1,2 0,20 - 0,40 1,0 - 4,0 a b c

TNMG220408-MP5 12,7 22 4,76 0,8 0,18 - 0,35 0,8 - 5,0 a b c

TNMG220412-MP5 12,7 22 4,76 1,2 0,20 - 0,40 1,0 - 5,0 a b c

TNMG270612-NR4 15,875 27 6,35 1,2 0,35-0,65 1,2-8,0 a b c b c b c

TNMM160408-NRF 9,525 16,5 4,76 0,8 0,30 - 0,45 0,8 - 6,0 a b c

TNMM160412-NRF 9,525 16,5 4,76 1,2 0,35 - 0,50 1,2 - 6,0 a b c

TNMM220408-NRF 12,7 22 4,76 0,8 0,30 - 0,50 0,8 - 7,0 a b c

TNMM220412-NRF 12,7 22 4,76 1,2 0,35 - 0,60 1,2 - 7,0 a a b c

TNMM220416-NRF 12,7 22 4,76 1,6 0,40 - 0,80 1,6 - 7,0 a a b c

TNMM270612-NRF 15,875 27 6,35 1,2 0,35 - 0,65 1,2 - 8,0 b c

TNMM270616-NRF 15,875 27 6,35 1,6 0,40 - 0,85 1,6 - 8,0 b c

TNMM270616-NRR 15,875 27 6,35 1,6 0,50 - 1,10 2,0 - 13,0 b c c

TNMM270624-NRR 15,875 27 6,35 2,4 0,60 - 1,60 3,0 - 13,0 b c c

TNMG160408-RP5 9,525 16,5 4,76 0,8 0,20 - 0,40 0,8 - 5,0 a b c

TNMG160412-RP5 9,525 16,5 4,76 1,2 0,25 - 0,55 1,0 - 5,0 a b c

TNMG220408-RP5 12,7 22 4,76 0,8 0,20 - 0,45 0,8 - 7,0 a b c

TNMG220412-RP5 12,7 22 4,76 1,2 0,25 - 0,60 1,0 - 7,0 a b c

TNMG220416-RP5 12,7 22 4,76 1,6 0,35 - 0,70 1,6 - 7,0 a b cr

35˚

d

l s

VNMG160404-FP5 9,53 16,5 4,76 0,4 0,04 - 0,22 0,1 - 1,5 a b

VNMG160408-FP5 9,53 16,5 4,76 0,8 0,08 - 0,25 0,2 - 2,0 a b

VNMG160404-MP3 9,525 16,5 4,76 0,4 0,08 - 0,22 0,3 - 2,2 a b c

VNMG160408-MP3 9,525 16,5 4,76 0,8 0,12 - 0,32 0,6 - 3,0 a b c

VNMG160412-MP3 9,525 16,5 4,76 1,2 0,16 - 0,35 0,8 - 3,2 a b c







Designationd

mml

mms

mmr

mmf

mmap

mm

P M K S H

HC HC HC HC BL BH

WP

P05

WP

P10

S

WP

P20S

WP

P30

S

WS

M10

WS

M20

WS

M30

WA

K10

WA

K20

WA

K30

WS

M10

WS

M20

WS

M30

WC

B30

WC

B50

r

80˚ s

d

l

WNMG060404-FP5 9,53 6,5 4,76 0,4 0,04 - 0,20 0,1 - 1,5 a b

WNMG060408-FP5 9,53 6,5 4,76 0,8 0,08 - 0,25 0,2 - 2,0 a b

WNMG080404-FP5 12,7 8,72 4,76 0,4 0,05 - 0,20 0,1 - 1,5 a b

WNMG080408-FP5 12,7 8,72 4,76 0,8 0,08 - 0,25 0,2 - 2,0 a b

WNMG080412-FP5 12,7 8,72 4,76 1,2 0,10 - 0,25 0,5 - 2,5 a b

WNMG060404-MP3 9,525 6,5 4,76 0,4 0,08 - 0,22 0,3 - 2,2 a b c

WNMG060408-MP3 9,525 6,5 4,76 0,8 0,12 - 0,32 0,6 - 3,0 a b c

WNMG060412-MP3 9,525 6,5 4,76 1,2 0,16 - 0,35 0,8 - 3,2 a b c

WNMG080404-MP3 12,7 8,72 4,76 0,4 0,08 - 0,22 0,30 - 2,5 a b c

WNMG080408-MP3 12,7 8,72 4,76 0,8 0,12 - 0,32 0,60 - 3,2 a b c

WNMG080412-MP3 12,7 8,72 4,76 1,2 0,16 - 0,40 0,80 - 3,5 a b c

WNMG060404-MP5 9,525 6,5 4,76 0,4 0,16 - 0,25 0,5 - 4,0 a b c

WNMG060408-MP5 9,525 6,5 4,76 0,8 0,18 - 0,35 0,6 - 4,0 a b c

WNMG060412-MP5 9,525 6,5 4,76 1,2 0,20 - 0,40 1,0 - 4,0 a b c

WNMG080404-MP5 12,7 8,69 4,76 0,4 0,16 - 0,25 0,5 - 4,0 a b c

WNMG080408-MP5 12,7 8,69 4,76 0,8 0,18 - 0,40 0,6 - 5,0 a b c

WNMG080412-MP5 12,7 8,69 4,76 1,2 0,20 - 0,45 1,0 - 5,0 a b c

WNMG080416-MP5 12,7 8,69 4,76 1,6 0,25 - 0,50 1,2 - 5,0 a b c

WNMG100608-MP5 15,875 10,8 6,35 0,8 0,25 - 0,40 0,8 - 7,0 a b c

WNMG100612-MP5 15,875 10,8 6,35 1,2 0,30 - 0,50 1,0 - 7,0 a b c

WNMG100616-MP5 15,875 10,8 6,35 1,6 0,35 - 0,55 1,2 - 7,0 a b c

WNMG060408-RP5 9,525 6,5 4,76 0,8 0,20 - 0,40 0,8 - 4,0 a b c

WNMG060412-RP5 9,525 6,5 4,76 1,2 0,25 - 0,50 1,0 - 4,0 a b c

WNMG080408-RP5 12,7 8,69 4,76 0,8 0,20 - 0,40 0,8 - 6,0 a b c

WNMG080412-RP5 12,7 8,69 4,76 1,2 0,25 - 0,55 1,0 - 6,0 a b c

WNMG080416-RP5 12,7 8,69 4,76 1,6 0,35 - 0,65 1,6 - 6,0 a b c

WNMG100612-RP5 15,875 10,8 6,35 1,2 0,25 - 0,60 1,2 - 8,0 a b c

WNMG100616-RP5 15,875 10,8 6,35 1,6 0,35 - 0,70 1,6 - 8,0 a b c

WNMG080408-NRS 12,7 8,69 4,76 0,8 0,16-0,35 1,0-4,0 a b a b

WNMG080412-NRS 12,7 8,69 4,76 1,2 0,18-0,4 1,2-4,0 a b a b

WNMM080412-NRF 12,7 8,72 4,76 1,2 0,35 - 0,70 1,2 - 6,0 a b c

WNMM100612-NRF 15,875 10,8 6,35 1,2 0,35 - 0,70 1,2 - 8,0 a a b c

WNMM100616-NRF 15,875 10,8 6,35 1,6 0,40 - 0,90 1,6 - 8,0 a a b c

Positive ISO indexable inserts

Designationd

mml

mms

mmr

mmf

mmap

mm

P M K N S H

HC HC HC HC HC BL BH

WP

P01

WP

P10

WP

P20

WP

P30

WS

M10

WS

M20

WS

M30

WA

K10

WA

K20

WA

K30

WK

1HW

WX

N10

HC

WS

M10

WS

M20

WS

M30

WC

B30

WC

B50

r

7˚80˚

d

sl

CCGT120404-PF2 12,7 12,9 4,76 0,4 0,08-0,25 0,2-2,5 b a a b

CCGT120408-PF2 12,7 12,9 4,76 0,8 0,1-0,3 0,3-3,5 b a a b

r

90˚

7˚sl

d

SCGT120408-PF2 12,7 12,7 4,76 0,8 0,10-0,30 0,3-3,0 b a a b

SCMT120408-PS5 12,7 12,7 4,76 0,8 0,12-0,32 0,5-2,5 b b c a b b c



HC = Coated carbide

r

90˚

7˚sl

d





HC = Coated carbideCN = Silicon nitride Si3N4CR = Ceramic reinforced

Negative ISO inserts – ceramic

Designationd

mml

mms

mmr

mmf

mmap

mm

P M K S H

HC HC HC CN CR HC

WP

P05

WP

P10

S

WP

P20S

WP

P30

S

WS

M10

WA

K10

WA

K20

WIS

10

WW

S20

WC

B30

WC

B50

r

80˚ l

d

s

CNGN120708T01020 12,7 12,9 7,94 0,8 0,10 - 0,22 0,10 - 3,60 a b

CNGN120712T01020 12,7 12,9 7,94 1,2 0,10 - 0,32 0,10 - 3,60 a b

CNGN120716T01020 12,7 12,9 7,94 1,6 0,10 - 0,42 0,10 - 3,60 a b

r

55˚ l

d

s

DNGN150708T01020 12,7 15,5 7,94 0,8 0,10 - 0,42 0,10 - 4,50 b

DNGN150712T01020 12,7 15,5 7,94 1,2 0,10 - 0,32 0,10 - 4,50 b

s

d

RNGN120700E 12,7 7,94 6,35 0,20 - 0,32 0,90 - 3,60 a b

RNGN120700T01020 12,7 7,94 6,35 0,20 - 3,60 0,10 - 3,60 a b

RNGN150700T01020 15,875 7,94 7,94 0,20 - 4,10 0,10 - 4,50 b

RNGN190700T01020 19,05 7,94 9,525 0,20 - 5,80 0,10 - 5,70 b

RNGN250700E 25,4 7,94 12,7 0,10 - 0,42 1,20 - 7,50 b

r

90˚

d

l s

SNGN120708T01020 12,7 12,7 7,94 0,8 0,10 - 0,22 0,10 - 3,60 b

SNGN120712E 12,7 12,7 7,94 1,2 0,10 - 0,22 0,10 - 4,00 a

SNGN120712T01020 12,7 12,7 7,94 1,2 0,10 - 0,32 0,10 - 3,60 a b

SNGN120716T01020 12,7 12,7 7,94 1,6 0,10 - 0,42 0,10 - 3,60 b

Positive ISO inserts – ceramic

Designationd

mms

mmr

mmf

mmap

mm

P M K S H

HC HC HC CN CR HC

WP

P05

WP

P10

S

WP

P20S

WP

P30

S

WS

M10

WA

K10

WA

K20

WIS

10

WW

S20

WC

B30

WC

B50

RCGX060600T01020 6,35 6,35 3,17 0,20 - 1,70 0,10 - 1,80 a b

RCGX090700E 9,525 7,94 4,76 0,10 - 0,22 0,60 - 2,40 a

RCGX090700T01020 9,525 7,94 4,76 0,20 - 2,50 0,10 - 2,70 a b

RCGX120700E 12,7 7,94 6,35 0,20 - 0,32 0,90 - 3,60 a b

RCGX120700T01020 12,7 7,94 6,35 0,20 - 3,60 0,10 - 3,60 a b

RPGX090700E 9,525 7,94 4,76 0,10 - 0,22 0,60 - 2,40 a

RPGX090700T01020 9,525 7,94 4,76 0,20 - 2,15 0,10 - 2,70 a

RPGX120700E 12,7 7,94 6,35 0,15 - 0,32 0,90 - 3,60 a

RPGX120700T01020 12,7 7,94 6,35 0,20 - 3,60 0,10 - 3,60 a b

NEW2012

NEW2012

7˚

s

d

11˚

s

d





Walter Cut GX indexable inserts

P M S

HC HC HC

Designations

mmr

mm κl

mmf

mm WS

M13

S

WS

M23

S

WS

M33

S

WS

M43

S

WS

M13

S

WS

M23

S

WS

M33

S

WS

M43

S

WS

M13

S

WS

M23

S

WS

M33

S

WS

M43

S

GX16-1E200N02-CE4 2 0,2 16,6 0,04 - 0,12 b c a c b cGX16-1E200R/L6-CE4 2 0,2 6° 16,6 0,04 - 0,10 b c a c b cGX16-1E250N02-CE4 2,5 0,2 16,6 0,05 - 0,15 b c a c b cGX16-1E250R/L6-CE4 2,5 0,2 6° 16,6 0,05 - 0,12 b c a c b cGX16-2E300N02-CE4 3 0,2 16,6 0,09 - 0,30 b c a c b cGX16-2E300R/L6-CE4 3 0,2 6° 16,6 0,09 - 0,24 b c a c b cGX24-2E300N02-CE4 3 0,2 24 0,09 - 0,30 b c a c b cGX24-2E300R/L6-CE4 3 0,2 6° 24,6 0,09 - 0,24 b c a c b cGX24-3E400N03-CE4 4 0,3 24 0,10 - 0,32 b c a c b cGX24-3E400R/L6-CE4 4 0,2 6° 24,6 0,10 - 0,26 b c a c b cGX24-3E500N03-CE4 5 0,3 24 0,12 - 0,35 b c a c b cGX24-4E600N03-CE4 6 0,3 24 0,12 - 0,40 b c a c b c

GX16-1F200N02-CE4 2 0,2 16 0,04 - 0,12 b c a c b cGX16-1F250N02-CE4 2,5 0,2 16 0,05 - 0,15 b c a c b cGX24-2F300N02-CE4 3 0,2 23,7 0,09 - 0,30 b c a c b cGX24-3F400N03-CE4 4 0,3 23,7 0,10 - 0,32 b c a c b c

GX16-1E200N02-CF5 2 0,2 16,6 0,06 - 0,15 b c a c b cGX16-1E200R/L6-CF5 2 0,2 6° 16,6 0,03 - 0,10 b c a c b cGX16-1E250N02-CF5 2,5 0,2 16,6 0,07 - 0,18 b c a c b cGX16-1E250R/L6-CF5 2,5 0,2 6° 16,6 0,03 - 0,12 b c a c b cGX16-2E300N02-CF5 3 0,2 16,6 0,08 - 0,20 b c a c b cGX16-2E300R/L6-CF5 3 0,2 6° 16,6 0,04 - 0,16 b c a c b cGX24-2E300N02-CF5 3 0,2 24 0,08 - 0,20 b c a c b cGX24-2E300R/L6-CF5 3 0,2 6° 24,6 0,04 - 0,16 b c a c b cGX24-3E400N02-CF5 4 0,2 24 0,10 - 0,22 b c a c b cGX24-3E400R/L6-CF5 4 0,2 6° 24,6 0,10 - 0,18 b c a c b cGX24-3E500N03-CF5 5 0,3 24 0,10 - 0,25 b c a c b c

GX16-1F200N02-CF5 2 0,2 16 0,03 - 0,12 b c a c b cGX16-1F250N02-CF5 2,5 0,2 16 0,03 - 0,15 b c a c b cGX24-2F300N02-CF5 3 0,2 23,7 0,04 - 0,20 b c a c b cGX24-3F400N02-CF5 4 0,2 23,7 0,10 - 0,22 b c a c b cGX24-3F500N03-CF5 5 0,3 23,7 0,10 - 0,25 b c a c b c

GX16-0E150N015-CF6 1,5 0,15 16,6 0,03 - 0,10 b c a c b cGX16-0E150R/L10-CF6 1,5 0,1 10° 16,0 0,03 - 0,08 b c a c b cGX16-1E200N02-CF6 2 0,2 16,6 0,03 - 0,12 b c a c b cGX16-1E200R/L6-CF6 2 0,2 6° 16,6 0,03 - 0,10 b c a c b cGX16-1E250N02-CF6 2,5 0,2 16,6 0,03 - 0,15 b c a c b cGX16-1E250R/L6-CF6 2,5 0,2 6° 16,6 0,03 - 0,12 b c a c b cGX16-2E300N02-CF6 3 0,2 16,6 0,04 - 0,20 b c a c b cGX16-2E300R/L6-CF6 3 0,2 6° 16,6 0,04 - 0,16 b c a c b cGX24-2E300N02-CF6 3 0,2 24,6 0,04 - 0,20 b c a c b cGX24-2E300R/L6-CF6 3 0,2 6° 24,6 0,04 - 0,16 b c a c b c

GX16-1F200N02-CF6 2 0,2 16 0,03 - 0,12 b c a c b cGX16-1F250N02-CF6 2,5 0,2 16 0,03 - 0,15 b c a c b cGX24-2F300N02-CF6 3 0,2 24,2 0,04 - 0,20 b c a c b c

GX...N GX...R GX...L

lTol.

χr

r

S

χ

r

r

S

r

r

S


lTol.

χr

r

S

χ

r

r

S

r

r

S


lTol.

χr

r

S

χ

r

r

S

r

r

S






P M S

HC HC HC

Designations

mmr

mml

mmf

mmap

mm WS

M13

S

WS

M23

S

WS

M33

S

WS

M43

S

WS

M13

S

WS

M23

S

WS

M33

S

WS

M43

S

WS

M13

S

WS

M23

S

WS

M33

S

WS

M43

S

GX09-1E200N02-GD3 2 0,2 9 0,04 - 0,12 b c a c b cGX09-1E250N02-GD3 2,5 0,2 9 0,04 - 0,14 b c a c b cGX09-2E300N03-GD3 3 0,3 9 0,06 - 0,18 b c a c b cGX09-2E350N03-GD3 3,5 0,3 9 0,06 - 0,18 b c a c b cGX16-1E200N02-GD3 2 0,2 16 0,04 - 0,12 b c a c b cGX16-1E250N02-GD3 2,5 0,2 16 0,04 - 0,14 b c a c b cGX16-2E300N03-GD3 3 0,3 16 0,06 - 0,18 b c a c b cGX16-3E400N04-GD3 4 0,4 16 0,10 - 0,20 b c a c b cGX16-3E500N04-GD3 5 0,4 16 0,12 - 0,25 b c a c b cGX16-4E600N05-GD3 6 0,5 16 0,14 - 0,28 b c a c b cGX24-2E300N03-GD3 3 0,3 24 0,06 - 0,18 b c a c b cGX24-3E400N04-GD3 4 0,4 24 0,10 - 0,20 b c a c b cGX24-3E500N04-GD3 5 0,4 24 0,12 - 0,25 b c a c b cGX24-4E600N05-GD3 6 0,5 24 0,14 - 0,28 b c a c b c

GX16-1E200N02-GD6 2 0,2 16 0,04 - 0,12 a b a c a bGX16-1E250N02-GD6 2,5 0,2 16 0,06 - 0,17 a b a c a bGX16-2E300N03-GD6 3 0,3 16 0,08 - 0,18 a b a c a bGX16-3E400N04-GD6 4 0,4 16 0,10 - 0,22 a b a c a bGX16-3E500N04-GD6 5 0,4 16 0,12 - 0,24 a b a c a bGX16-4E600N05-GD6 6 0,5 16 0,14 - 0,30 a b a c a bGX24-2E300N03-GD6 3 0,3 24 0,08 - 0,18 a b a c a bGX24-3E400N04-GD6 4 0,4 24 0,10 - 0,22 a b a c a bGX24-3E500N04-GD6 5 0,4 24 0,12 - 0,24 a b a c a bGX24-4E600N05-GD6 6 0,5 24 0,14 - 0,30 a b a c a b

GX09-1E200N02-UF4 2 0,2 9 0,1-0,15 0,3-1 b c a c b cGX09-2E300N03-UF4 3 0,3 9 0,1-0,2 0,4-1,5 b c a c b cGX16-1E200N02-UF4 2 0,2 16 0,1-0,15 0,3-1,2 b c a c b cGX16-1E250N02-UF4 2,5 0,2 16 0,1-0,18 0,3-1,3 b c a c b cGX16-2E300N03-UF4 3 0,3 16 0,1-0,2 0,4-2 b c a c b cGX16-3E400N04-UF4 4 0,4 16 0,1-0,3 0,5-2,8 b c a c b cGX16-3E500N04-UF4 5 0,5 16 0,12-0,35 0,5-3 b c a c b cGX16-4E600N05-UF4 6 0,5 16 0,14-0,4 0,6-3,5 b c a c b cGX24-2E300N03-UF4 3 0,3 24 0,1-0,2 0,4-2 b c a c b cGX24-2E318N03-UF4 3,18 0,3 24 0,1-0,22 0,4-2 b c a c b cGX24-3E400N04-UF4 4 0,4 24 0,1-0,3 0,5-2,8 b c a c b cGX24-3E400N08-UF4 4 0,8 24 0,1-0,3 0,9-2,8 b a bGX24-3E475N04-UF4 4,75 0,4 24 0,12-0,33 0,5-3 b c a c b cGX24-3E500N04-UF4 5 0,5 24 0,12-0,35 0,5-3 b c a c b cGX24-3E500N08-UF4 5 0,8 24 0,12-0,35 0,9-3 b a bGX24-4E600N05-UF4 6 0,5 24 0,14-0,4 0,6-3,5 b c a c b cGX24-4E600N08-UF4 6 0,8 24 0,14-0,4 0,9-3,5 b a bGX24-4E635N05-UF4 6,35 0,5 24 0,14-0,42 0,6-3,5 b c a c b c


lTol.

χr

r

S

χ

r

r

S

r

r

S


lTol.

χr

r

S

χ

r

r

S

r

r

S


lTol.

χr

r

S

χ

r

r

S

r

r

S

HC = Coated carbide



GX24 full radius cutting inserts

Designations

mmr

mml

mmf

mmap

mm

P M K S

HC HC HC HCW

PP2

3

WS

M13

S

WS

M23

S

WS

M33

S

WS

M43

S

WS

M13

S

WS

M23

S

WS

M33

S

WS

M43

S

WP

P23

WS

M13

S

WS

M23

S

WS

M33

S

WS

M43

S

GX...N

r

S

lTol.

GX16-1E200N10-RD4 2 1 16 0,08-0,25 0,2-1 a b b b bGX16-1E239N12-RD4 2,39 1,19 16 0,08-0,25 0,2-1,2 a b b b bGX24-2E300N15-RD4 3 1,5 24 0,1-0,35 0,5-1,5 a b b b bGX24-2E318N16-RD4 3,18 1,59 24 0,1-0,35 0,5-1,6 a b b b bGX24-3E400N20-RD4 4 2 24 0,15-0,5 0,5-2 a b b b bGX24-3E475N24-RD4 4,75 2,38 24 0,15-0,55 0,5-2,4 a b b b bGX24-3E500N25-RD4 5 2,5 24 0,17-0,6 0,5-2,5 a b b b bGX24-4E600N30-RD4 6 3 24 0,17-0,7 0,5-3 a b b b bGX24-4E635N32-RD4 6,35 3,18 24 0,17-0,7 0,5-3,2 a b b b b

GX24-2E300N15-RF8 3 1,5 24 0,1 - 0,3 0,1 - 1,5 aa aa aaGX24-3E400N20-RF8 4 2 24 0,12 - 0,45 0,1 - 2 aa aa a aGX24-3E500N25-RF8 5 2,5 24 0,15 - 0,5 0,1 - 2,5 aa aa aaGX24-4E600N30-RF8 6 3 24 0,15 - 0,55 0,1 - 3 aa aa aa


P M S

HC HC HC

Designations

mmr

mml

mmf

mmap

mm WS

M13

S

WS

M23

S

WS

M33

S

WS

M43

S

WS

M13

S

WS

M23

S

WS

M33

S

WS

M43

S

WS

M13

S

WS

M23

S

WS

M33

S

WS

M43

S


lTol.

χr

r

S

χ

r

r

S

r

r

S

GX16-1E200N02-UD6 2 0,2 16 0,06 - 0,15 0,3 - 1,2 a b a b a bGX16-1E250N02-UD6 2,5 0,2 16 0,08 - 0,14 0,3 - 1,3 a b a b a bGX16-2E300N03-UD6 3 0,3 16 0,10 - 0,20 0,4 - 2,0 a b a b a bGX16-3E400N04-UD6 4 0,4 16 0,12 - 0,25 0,5 - 2,8 a b a b a bGX16-3E500N04-UD6 5 0,4 16 0,12 - 0,30 0,5 - 3,0 a b a b a bGX16-4E600N05-UD6 6 0,5 16 0,14 - 0,35 0,6 - 3,5 a b a b a bGX24-2E300N03-UD6 3 0,3 24 0,10 - 0,20 0,4 - 2,0 a b a b a bGX24-3E400N04-UD6 4 0,4 24 0,12 - 0,25 0,5 - 2,8 a b a b a bGX24-3E500N04-UD6 5 0,4 24 0,12 - 0,30 0,5 - 3,0 a b a b a bGX24-4E600N05-UD6 6 0,5 24 0,14 - 0,35 0,6 - 3,5 a b a b a b



Designationh = h1mm

bmm

f mm

f1mm

l1mm

l4mm

l20mm s Designation

f1f

45˚

b

l1

h

h1

l4

l20

DSSNR/L1616H09 09 16 16 20 13,9 100 21,3 106,1 -8 0 45° SN..0903..

Designationh = h1mm

bmm

f mm

l1mm

l4mm s Designation

45˚ 45˚

b

l1

f

h

h1

l4

DSDNN1616H09 09 16 16 8,3 100 28,1 -6 -6 45° SN..0903..

Designationh = h1mm

bmm

f mm

l1mm

l4mm s Designation

b

l1

f

h

h1

l495˚

DWLNR/L1616H06 06 16 16 20 100 26,4 -6 -6 95° WN..0604..

ISO turning toolholders for external machining

Designationh = h1mm

bmm

f mm

l1mm

l4mm s Designation

95˚l4

b

l1

f

h

h1

DCLNR/L1616H09 09 16 16 20 100 24,8 -6 -6 95°

CN..0903..DCLNR/L2020K09 09 20 20 25 125 24,8 -6 -6 95°

DCLNR/L2525M09 09 25 25 32 150 24,8 -6 -6 95°



Designationh = h1mm

bmm

f mm

l1mm

l4mm s Designation

45˚ 45˚

l4

l1

b

h

h1 f

PSDNN1212F09 09 12 12 6,3 80 20 -6 -6 45°SN..0903..

PSDNN1616H09 09 16 16 8,3 100 21 -6 -6 45°

Designationh = h1mm

bmm

f mm

f1mm

l1mm

l4mm

l20mm s Designation

f1

l445˚

l1l20

b

h

fh1

PSSNR/L1616H09 09 16 16 20 13,9 100 22 106,1 -8 0 45° SN..0903..

Designationh = h1mm

bmm

f mm

l1mm

l4mm s Designation

f

95˚ l4

l1

b

h

h1

PCLNR/L1616H09 09 16 16 20 100 24,2 -6 -6 95°

CN..0903..PCLNR/L2020K09 09 20 20 25 125 24,2 -6 -6 95°

PCLNR/L2525M09 09 25 25 32 150 24,2 -6 -6 95°

Designationh = h1mm

bmm

f mm

l1mm

l4mm s Designation

91˚

l1

b

f

l4

h

h1

PTGNR/L1212F11 11 12 12 16 80 15,6 -6 -6 91°TN..1103..

PTGNR/L1616H11 11 16 16 20 100 15,6 -6 -6 91°



Designationh = h1mm

bmm

f mm

l1mm

l4mm s Designation

91˚f

l4

l1

b

h

h1

PTFNR/L1212F11 11 12 12 16 80 15 -6 -6 91° TN..1103..

PTFNR/L1616H16 16 16 16 20 100 19,7 -6 -6 91° TN..1604..

ISO turning toolholders for internal machining

DesignationDminmm

d1mm

f mm

h mm

l1mm s Designation

95˚

l1

f

λs

Dmin

d1

h

A16R-PCLNR/L09 09 20 16 11 15 200 -13 -6 95°

CN..0903..A20S-PCLNR/L09 09 25 20 13 18 250 -11 -6 95°

A25T-PCLNR/L09 09 32 25 17 23 300 -11 -6 95°

A25T-PCLNR/L12 12 32 25 17 23 300 -10 -6 95°

CN..1204..A32T-PCLNR/L12 12 40 32 22 30 300 -11 -6 95°

A40T-PCLNR/L12 12 50 40 27 37 300 -10 -6 95°

A32T-PCLNR/L16 16 55 32 22 30 300 -10 -6 95°CN..1606..

A40T-PCLNR/L16 16 58 40 27 37 300 -10 -6 95°

DesignationDminmm

d1mm

f mm

h mm

l1mm s Designation

93˚

l4l1

f

d1

h

λs

Dmin

A25T-PDUNR/L11 11 32 25 17 23 300 -11 -6 93°

DN..1104..A32T-PDUNR/L11 11 40 32 22 30 300 -10 -6 93°

A40T-PDUNR/L11 11 50 40 27 37 300 -11 -6 93°

A32T-PDUNR/L15 15 40 32 27 30 300 -12 -6 93°DN..1506..

A40T-PDUNR/L15 15 50 40 27 37 300 -11 -6 93°

DesignationDminmm

d1mm

f mm

h mm

l1mm s Designation

75˚f

λs

l1h

d1

Dmin

A25T-PSKNR/L12 12 32 25 17 23 300 -11 -6 75°

SN..1204..A32T-PSKNR/L12 12 40 32 22 30 300 -10 -6 75°

A40T-PSKNR/L12 12 50 40 27 37 300 -10 -6 75°



DesignationDminmm

d1mm

f mm

h mm

l1mm s Designation

d1

91˚

l1

fh

λs

Dmin

A16R-PTFNR/L11 11 20 16 11 15 200 -14 -6 91°

TN..1103..A20S-PTFNR/L11 11 25 20 13 18 250 -12 -6 91°

A25T-PTFNR/L11 11 32 25 17 23 300 -10 -6 91°

A25T-PTFNR/L16 16 32 25 17 23 300 -13 -6 91°TN..1604..

A32T-PTFNR/L16 16 50 32 22 30 300 -12 -6 91°

A40T-PTFNR/L22 22 50 40 27 37 300 -11 -6 91° TN..2204..

DesignationDminmm

d1mm

f mm

h mm

l1mm s Designation

95˚

l1

f

d1

h

λs

Dmin

A20S-PWLNR/L06 06 25 20 13 18 250 -15 -6 95°

WN..0604..A25T-PWLNR/L06 06 32 25 17 23 300 -12 -6 95°

A32T-PWLNR/L06 06 40 32 22 30 300 -12 -6 95°

A25T-PWLNR/L08 08 32 25 17 23 300 -10 -6 95°WN..0804..

A32T-PWLNR/L08 08 40 32 22 30 300 -10 -6 95°

K600 – coolant adaptor

Designationd1

mmd2

mml1

mm

d1 d2

l1

K600.32.44.137 32 13,7 44

K600.40.46.137 40 13,7 46

K600.50.46.137 50 13,7 46



ISO turning toolholder for ceramic inserts

Designationh = h1mm

bmm

f mm

l1mm

l4mm s Designation

f

b

l1

l4

h

h1

CRDCN3225P09-A 09 32 25 17,2 170 29,0 0° 0° RCGX0907..

CRDCN3225P12-A 12 32 25 18,8 170 38,5 0° 0° RCGX1207..

Designationh = h1mm

bmm

f mm

l1mm

l4mm s Designation

h

h1

b

f

l1

l4

CRDNN2525M12-ID 12 25 25 18,8 150 32,0 -8° 0° RNGN1207..

CRDNN3225P12-ID 12 32 25 18,8 170 32,0 -8° 0° RNGN1207..

Designationh = h1mm

bmm

f mm

l1mm

l4mm s Designation

l4

b

l1

f

h

h1

CRSNR/L2525M12-ID 12 25 25 32,0 150 28,0 -6° -6° RNGN1207..

CRSNR/L3225P12-ID 12 32 25 32,0 170 28,0 -6° -6° RNGN1207..

CRSNR/L3232P15-ID 15 32 32 40,0 170 30,0 -6° -6° RNGN1507..

CRSNR/L3232P19-ID 19 32 32 40,0 170 32,0 -6° -6° RNGN1907..

NEW2012

NEW2012

NEW2012

Strengthened clamp with carbide plate

Set PK254 set

① Clamp screw FS 1473 (15 IP)

② Pin (mounted in toolholder) RS 117

③ Pressure spring FS 1470

④ Clamp PK 245

⑤ Carbide clamping plate FK 371

⑥ Hook for clamping plate FK 373

⑦ Screw for clamping plate FS 1492

⑧ Wrench for hook bolt FS 1490 (7 IP)

Shim for basic shape CN . . 1207 . . AP411-CN1207

Shim for basic shape DN . . 1507 . . AP412-DN1507

Shim for basic shape SN . . 1207 . . AP413-SN1207

①④

②

③

⑤⑥⑦

⑧

Walter Turn clamp holders have been used to mount the PK241 set as standard. By using the PK254 set, the following ceramic inserts without hole can be clamped: CN . . 12 . . , DN . . 15 . . , TN . . 22 . . and WN . . 08 . .



Cutting data for turning inserts – negative basic shape – Tiger·tec® Silver

Mat

eria

l gro

up

Main material groups and code letters

Bri

nell

hard

ness

HB

Tens

ile s

tren

gth

N/

mm

²

Tens

ile s

tren

gth

(r

ound

ed u

p) N

/mm

²

Mac

hini

ng g

roup

Cutting speed vc [m/min]

WPP10S

f [mm/U]

WPP20S

f [mm/U]

WPP30S

f [mm/U]

Workpiece material 0,10 0,40 0,60 0,10 0,40 0,60 0,10 0,40 0,60

P

Non-alloyed steel

C > 0.25% annealed 125 430 430 P1

•• •

620 470 360 520 380 310 440 300 250

C > 0.25... ≤ 0.55% annealed 190 639 640 P2 530 380 300 440 310 240 370 250 200

C > 0.25... ≤ 0.55% heat treated 210 708 710 P3 400 320 260 330 260 210 270 220 160

C > 0.55% annealed 190 639 640 P4 500 360 280 420 290 220 350 230 180

C > 0.55% heat treated 300 1013 1020 P5 320 240 220 260 190 170 210 140 110

machining steel (short-chipping) annealed 220 745 750 P6 500 360 280 420 290 220 350 230 180

Low-alloyed steel

annealed 175 591 600 P7 460 340 290 380 280 230 310 220 200

heat treated 300 1013 1020 P8 290 230 200 240 170 150 190 120 90

heat treated 380 1282 1290 P9 250 180 140 210 150 110 150 100 70

heat treated 430 1477 1480 P10 60 50

High-alloyed steel and High-alloyed tool steel

annealed 200 675 680 P11 480 340 220 400 280 170 310 220 120

hardened and tempered 300 1013 1020 P12 240 140 120 190 120 90 120 90 70

hardened and tempered 400 1361 1370 P13 70 60

Stainless steelferritic/martensitic, annealed 200 675 680 P14 380 300 260 310 250 200 240 200 150

martensitic, heat treated 330 1114 1120 P15 280 200 160 220 150 110 160 110 100

M Stainless steel

austenitic, quench hardened 200 675 680 M1

austenitic, precipitation hardened (PH) 300 1013 1020 M1

austenitic/ferritic, duplex 230 778 780 M3

K

Malleable cast ironferritic 200 675 680 K1

•• •

320 210 160 280 220 160

pearlitic 260 867 870 K2 270 170 120 240 180 110

Grey cast ironlow tensile strength 180 602 610 K3 580 340 240 510 260 190

high tensile strength/austenitic 245 825 830 K4 320 220 150 240 180 110

Cast iron with spheroidal graphiteferritic 155 518 520 K5 340 240 180 260 190 140

pearlitic 265 885 890 K6 240 180 150 190 140 110

Cast iron with vermicular graphite 200 675 680 K7 290 190 160

N

Aluminium wrought alloysnot precipitation hardenable 30 – – N1

precipitation hardenable, precipitation hardened 100 343 350 N2

Cast aluminium alloys

≤ 12% Si, not precipitation hardenable 75 260 260 N3

≤ 12% Si, precipitation hardenable, precipitation hardened 90 314 320 N4

> 12% Si, not precipitation hardenable 130 447 450 N5

Magnesium alloys 70 250 250 N6

Copper and copper alloys (bronze/brass)

non-alloyed, electrolytic copper 100 343 350 N7

brass, bronze, red brass 90 314 320 N8

Cu-alloys, short-chipping 110 382 390 N9

high-strength, Ampco 300 1013 1020 N10

S

Heat-resistant alloys

Fe-basedannealed 200 675 680 S1

precipitation hardened 280 943 950 S2

Ni or Co base

annealed 250 839 840 S3


cast 320 1076 1080 S5

Titanium alloys

pure titanium 200 675 680 S6

alpha and beta alloys, precipitation hardened 375 1262 1270 S7

beta alloys 410 1396 1400 S8

Wolfram alloys 300 1013 1020 S9

Molybdenum alloys 300 1013 1020 S10

HHardened steel

hardened and tempered 50 HRC – H1



Hardened cast iron hardened and tempered 55 HRC – H4

•• Recommended application (the cutting data provided represents the starting values for the recommended application) Note: If dry machining is possible, • Possible application tool life is reduced on average by 20–30%



Cutting data for turning inserts – ceramic cutting tool materials

Mat

eria

l gro

up


Bri

nell

hard

ness

HB

Tens

ile s

tren

gth

N/m

m²

Tens

ile s

tren

gth

(r

ound

ed u

p) N

/mm

²

Mac

hini

ng g

roup


Sialon ceramicWIS10

Whisker ceramicWWS20

ap = 0,10–5,0 mm

f [mm/U]

ap = 0,10–4,0 mm

f [mm/U]

Workpiece material 0,10 0,40 0,60 0,10 0,40 0,60

P

Non-alloyed steel

C > 0.25% annealed 125 430 430 P1

C > 0.25... ≤ 0.55% annealed 190 639 640 P2

C > 0.25... ≤ 0.55% heat treated 210 708 710 P3

C > 0.55% annealed 190 639 640 P4

C > 0.55% heat treated 300 1013 1020 P5

Machining steel (short-chipping) annealed 220 745 750 P6

Low-alloyed steel

annealed 175 591 600 P7

heat treated 300 1013 1020 P8




annealed 200 675 680 P11

hardened and tempered 300 1013 1020 P12


Stainless steelferritic/martensitic, annealed 200 675 680 P14

martensitic, heat treated 330 1114 1120 P15

M Stainless steel


austenitic, precipitation hardened (PH) 300 1013 1020 M1

austenitic/ferritic, duplex 230 778 780 M3

K


pearlitic 260 867 870 K2

Grey cast ironlow tensile strength 180 602 610 K3

high tensile strength/austenitic 245 825 830 K4

Cast iron with spheroidal graphiteferritic 155 518 520 K5

pearlitic 265 885 890 K6

Cast iron with vermicular graphite 200 675 680 K7

N













S



•• •


Ni or Co base

annealed 250 839 840 S3 410 340 280 390 320 240

precipitation hardened 350 1177 1180 S4 320 250 190 330 250 190

cast 320 1076 1080 S5 250 220 180 250 220 190

Titanium alloys

pure titanium 200 675 680 S6

alpha and beta alloys, precipitation hardened 375 1262 1270 S7

beta alloys 410 1396 1400 S8



HHardened steel


•• •

170 150 120

hardened and tempered 55 HRC – H2 150 120 100

hardened and tempered 60 HRC – H3 130 110 90

Hardened cast iron hardened and tempered 55 HRC – H4 150 120 100

•• Recommended application (the cutting data provided represents the starting values for the recommended application) Note: If dry machining is possible, • Possible application tool life is reduced on average by 20–30%


36

Walter Cut cutting data – parting off, grooving and recessing – Tiger·tec® Silver

Mat

eria

l gro

up


Bri

nell

hard

ness

HB

Tens

ile s

tren

gth

N/

mm

²

Tens

ile s

tren

gth

(r

ound

ed u

p) N

/mm

²

Mac

hini

ng g

roup


WSM13S WSM23S WSM33S WSM43S

Workpiece material

P

Non-alloyed steel

C > 0.25% annealed 125 430 430 P1

•• •

190 200 180 190 170 180 160 170

C > 0.25... ≤ 0.55% annealed 190 639 640 P2 180 180 170 170 160 170 150 160

C > 0.25... ≤ 0.55% heat treated 210 708 710 P3 160 170 150 160 140 150 130 140

C > 0.55% annealed 190 639 640 P4 180 190 170 180 160 170 150 160

C > 0.55% heat treated 300 1013 1020 P5 150 160 140 150 130 140 120 130

Machining steel (short-chipping) annealed 220 745 750 P6 180 190 170 180 160 170 150 160

Low-alloyed steel

annealed 175 591 600 P7 180 190 170 180 150 160 140 150

heat treated 300 1013 1020 P8 150 160 140 150 100 110 90 100

heat treated 380 1282 1290 P9 150 160 140 150 90 100 90 100



annealed 200 675 680 P11 130 140 120 130 110 120 100 110

hardened and tempered 300 1013 1020 P12 110 120 100 110 80 90 70 80


Stainless steelferritic/martensitic, annealed 200 675 680 P14 180 190 170 180 150 160 130 140

martensitic, heat treated 330 1114 1120 P15 100 120 90 100 70 80 50 60

M Stainless steel


•• •

170 190 160 170 140 150 120 130

austenitic, precipitation hardened (PH) 300 1013 1020 M1 100 120 90 100 70 80 50 60

austenitic/ferritic, duplex 230 778 780 M3 150 170 140 150 120 130 100 110

K


•• •

180 190 170 180 160 170

pearlitic 260 867 870 K2 160 170 150 160 140 150

Grey cast ironlow tensile strength 180 602 610 K3 230 220 220 210 210 200

high tensile strength/austenitic 245 825 830 K4 190 180 180 170 170 160

Cast iron with spheroidal graphiteferritic 155 518 520 K5 210 220 200 210 190 200

pearlitic 265 885 890 K6 170 180 160 170 150 160

Cast iron with vermicular graphite 200 675 680 K7

N













S



•• •

100 110 90 100 80 90 70 80

precipitation hardened 280 943 950 S2 50 60 40 50 30 40 25 30

Ni or Co base

annealed 250 839 840 S3 80 90 70 80 60 70 50 60

precipitation hardened 350 1177 1180 S4 70 80 60 70 50 60 40 50

cast 320 1076 1080 S5 70 80 60 70 50 60 40 50

Titanium alloys

pure titanium 200 675 680 S6 150 160 140 150 130 130 110 120

alpha and beta alloys, precipitation hardened 375 1262 1270 S7 50 45 40 40 30 35 25 30

beta alloys 410 1396 1400 S8 40 35 30 30 25 25



HHardened steel




Hardened cast iron hardened and tempered 55 HRC – H4

•• Recommended application (the cutting data provided represents the starting values for the recommended application) Note: If dry machining is possible,• Possible application tool life is reduced on average by 20–30%

Parting off

Grooving/groove-turning

TURNING Walter ¤3 ISOturning ¤4¤

Grooving ¤14¤

Orderinginformation ¤20¤

DRILLINGANDTHREADING WalterTitex ¤39¤

Solidcarbidedrills ¤40¤

PCDdrills ¤56¤

Orderinginformation ¤58

Walter ¤91¤

Drills ¤92¤

Counterboredrills ¤96¤

Precisionboring ¤97¤

Orderinginformation ¤98

WalterPrototyp ¤103¤

HSS-E-PMtaps ¤104¤

HSS-Etaps ¤106¤

Solidcarbidethreadformers ¤110¤

Solidcarbidethreadmills ¤112¤


MILLING WalterPrototyp ¤155¤

Solidcarbideendmills ¤156¤

Ball-noseendmills ¤162 Orderinginformation ¤166¤

Walter ¤177¤

Thenewgenerationofcutters ¤179¤

Cuttingtoolmaterials ¤182¤

Facemills ¤186¤

Copymills ¤190¤


Walteradaptors ¤217¤

Adaptors ¤218¤


Alphanumericindex ¤228¤

_TOOLINNOVATIONSINDRILLING

X·tremeperformanceforallapplications.

ProductinnovationsEdition2012-2

Drillingandthreading

40

SOLIDCARBIDEDRILLS

Walter TitexX·tremeStep90–thehigh-performanceoptionforuniversaluse.

THETOOLS

– Solidcarbidehigh-performancechamferingdrillwithandwithoutinternalcooling

– XPLcoating– Diameterrange3.3-14.5mm• Tapdrillholediameter:M4–M16x1.5

– SteplengthinaccordancewithDIN8378– ShankinaccordancewithDIN6535HAandHE

THEAPPLICATION

– Forthread/coreholediameters– ForISOmaterialgroupsP,M,K,N,S,H– Canbeusedwithemulsionandoil– Canbeusedforinclinedexitsandcrossholes– Canbeusedforinclinedandconvexsurfaces– Foruseingeneralengineering,mouldanddiemakingintheautomotiveindustry,andtheenergyindustry

YOURADVANTAGES

– 50%higherproductivity– Universallycompatiblewithallmaterialgroupsandwithcrossholesandinclinedexits

– Improvedholequalitydueto4lands

ShankDIN6535HA

Withinternalcooling

4landsforoptimumholequalityanduseon•Entrysurfacesinclinedupto5°•Holeexitsinclinedupto45°•Workpieceswithcrossholes

XPLcoatingforoptimumcuttingdataandmaximumtoollife

Pointgeometryforprecisepositioning

WalterTitexX·tremeStep90Type:K3299XPL

NEW2012NEW2012

Orderinginformationcanbefoundfrompage¤58¤onwards.

Watchproductvideo:ScanQRcodeorgodirectlyto

http://goo.gl/MvBTg

41WalterTitex–Drilling

Cuttingdata Competition X·tremeInoxvc 98m/min 98m/minN 4600rpm 4600rpmf 0.16mm/rev 0.23mm/revvf 736mm/min 1058mm/min

Workpiecematerial: St52Tool: Walter Titex X·treme Step 90

K3299XPL-M8Diameter6.8mm

Feedrate(mm/min)

+ 44%

10005000 1500

X·treme Step 90 1058

736Competition

Modulehinge


WalterTitexX·tremeStep90Type:K3899XPL,K3299XPL,K3879XPL

Withinternalcooling

42

SOLIDCARBIDEDRILLS

Walter TitexX·tremePilotStep90–precisepositioningincreasesproductivity.

THETOOLS

– Solidcarbidehigh-performancechamferingpilotdrillwithinternalcooling

– TFTcoating– 150°pointangle– 90°countersinkangle– DimensionsaccordingtoWalterstandard– Drillingdepth•3xDc

– Diameterrange3-16mm– ShankinaccordancewithDIN6535HA

THEAPPLICATION

– FortheISOmaterialgroupsP,M,K,N,S,H– Steppilotdrillforsolidcarbidedeep-holedrillsfromtheAlpha®andX·tremedrillfamiliesfordrillingdepthsgreaterthan12xDc

– Canbeusedwithemulsionandoil– Foruseingeneralengineering,inthehydraulicandautomotiveindustries,formouldmakingandtheenergyindustry

YOURADVANTAGES

– Improvedprocessreliabilityandtoollifeduringdeep-holedrilling

– Significantlyshorterdrillingpath– Notoleranceoverlapswithsolidcarbidedeep-holedrills– Highpositioningaccuracyasaresultofashortchiseledgewidth

WalterTitexX·tremePilotStep90Type:K3281TFT

Pilotingwithchamfer

Pointgeometrywitha150°pointangleforoptimumcentringofthesolidcarbidedeep-holedrill

TFTcoatingforoptimumprotectionagainstwear

Withinternalcooling

90°countersinkangle-forthreadinginthesolidcarbide

deep-holedrill-fordeburringor

chamferingthehole

NEW2012



ADDITIONALPILOTDRILLSFROMWALTERTITEX

Conicalpiloting

Cylindricalpiloting,flatbottom

Cylindricalpiloting

Cylindricalpiloting

Type:A7191TFT

Type:A6181AML

Type:A6181TFT

Type:K5191TFT

ShankDIN6535HA

AnoverviewofthepilotdrillscanbefoundonpageB4intheGeneralcatalogue2012

44

SOLIDCARBIDEDRILLS

Walter TitexHigh-performancecentredrillsforstraightcontactsurfacesinaccordancewithDIN332A.

THETOOLS

– Solidcarbidecentredrill– DimensionsaccordingtoDIN333A– formA– XPLcoating– For60°centringwithoutprotectivecountersink– ForstraightcontactsurfacesinaccordancewithDIN332A

THEAPPLICATION

– ForISOmaterialgroupsP,M,K,N,S,H– Canbeusedwithemulsionandoil– Foruseonlathesandmachiningcentres


formAContactsurfacesin

accordancewithDIN332A

YOURADVANTAGES

– A50%increaseinproductivityincomparisonwithuncoatedsolidcarbidecentredrills

– MaximumtoollifeduetotheXPLcoatinginallmaterialgroups

WalterTitexcentredrillType:K1161XPL

AdditionalcentredrillscanbefoundintheprogrammeoverviewonpageB9intheGeneralcatalogue2012

Centringinaccordancewith

DIN332formA DIN332formB DIN332formR DIN332formD DIN332formDR

NEW2012


45

Walter TitexSolidcarbideandcarbide-tippedreamingtoolswithshanktoleranceh6.

WalterTitex–Drilling

THETOOLS

– CarbidereamingtoolsforH7fits– DimensionssimilartoDIN8093• Straight-flutedformAforbasicandthroughholes• Spiral-flutedformCforthroughholes

– Differentialpitch

THEAPPLICATION

– ForISOmaterialgroupsP,M,K,N,S,H,O– Canbeusedwithemulsionandoil– Foruseingeneralengineering,mouldanddiemakingintheautomotiveindustry,andtheenergyindustry

YOURADVANTAGES

– Maximumroundnessandsurfacefinishqualityasaresultofextremeunevenspacing

– Entireshankdiameterwithh6toleranceforaccommoda-tioninshrink-fitandhydraulicexpansionchucks

WalterTitexreamingtoolsType:F2162,F2171

NEW2012

Forthroughholes

Forblindandthroughholes

Shanktoleranceh6

Shanktoleranceh6


46

SOLIDCARBIDEDRILLS

Walter TitexX·tremeInox–thehigh-performanceoptionforstainlesssteels.

THETOOLS

– Solidcarbidehigh-performancedrill– TTPcoating– Dimensionsto• DIN6537L‡5xDc

– Diameterrange3-20mm– ShankinaccordancewithDIN6535HA

THEAPPLICATION

– ForISOmaterialgroupM– Canbeusedwithemulsionandoil– Foruseingeneralengineeringandintheautomotive,aerospace,medical,foodandvalveindustries

YOURADVANTAGES

– Reducedcuttingforcesduetonewtypeofgeometry– Significantincreaseinproductivityoveruniversaldrillingandboringtools

– Lowburrformationonentryandexit– Excellentsurfacequalityoncomponent– Stablemaincuttingedgesguaranteemaximumprocessreliability

NEW2012

Landforoptimumholequality

andlowfriction

Flutegeometryensuresreliablechipevacuationandguaranteesprocessreliability

TTPcoatingforoptimumcuttingdataandamaximumincreaseinproductivity



http://goo.gl/96NSH


ShankDIN6535HA

Pointgeometryforreducedcuttingforces,lowburrformationandstablecuttingedges

Cuttingdata Competition X·tremeInoxvc 60m/min 70m/minN 1345rpm 1570rpmf 0.2mm/rev 0.3mm/revvf 269mm/min 471mm/min

Workpiecematerial: 1.4542Tool: Walter Titex X·treme Inox

A3393TTP-14.2Diameter14.2mm

Toollife(m)

Feedrate(mm/min)

+ 130%

+ 75%

20

400

10

200

0

0

30

600

X·treme Inox 21

X·treme Inox 471

9

269

Competition

Competition

WalterTitexX·tremeInoxType:A3393TTP

High-pressurerailforfleececompressor

48

SOLIDCARBIDEDRILLS

Walter TitexX·treme–theuniversalhigh-performancedrill.

THETOOL

– Solidcarbidehigh-performancedrill– XPLcoating– Dimensionsto• DIN6537K‡3xDc• DIN6537L‡5xDc

– Diameterrange3-25mm– ShankinaccordancewithDIN6535HAandHE

THEAPPLICATION

– ForISOmaterialgroupsP,M,K,N,S,H– Canbeusedwithemulsionandoil– Canbeusedforinclinedexitsandcrossholes– Canbeusedforinclinedandconvexsurfaces– Foruseingeneralengineering,mouldanddiemakingandintheautomotiveandenergyindustry

WalterTitexX·tremeTypes:A3279XPL/A3879XPL

4landsforoptimumholequalityanduseon

• entrysurfacesinclinedupto5°• holeexitsinclinedupto45°• workpieceswithcrossholes



ShankDIN6535HA

ShankDIN6535HE

YOURADVANTAGES




Magneticcoreforcontrollers

Cuttingdatavc 122m/minN 3107rpmf 0.23mm/revvf 715mm/min

Workpiecematerial: C15Tool: Walter Titex X·treme

A3279XPL-12.5Diameter12.5mm

WalterTitexX·tremeTypes:A3379XPL/A3979XPL


Toollife(m)

+ 330%

ShankDIN6535HA

ShankDIN6535HE

2001000 300

Previously

X·treme 235

69

50

SOLIDCARBIDEDRILLS

Walter TitexX·tremedrills–coolontheinside,strongontheoutside.

YOURADVANTAGES



THETOOL

– Solidcarbidehigh-performancedrillwithinternalcooling

– XPLcoating– Dimensionsto• DIN6537K‡3xDc• DIN6537L‡5xDc

– Diameterrange3-25mm– ShankinaccordancewithDIN6535HAandHE

THEAPPLICATION

– ForallmaterialgroupsP,M,K,N,S,H– Canbeusedwithemulsionandoil– Canbeusedforinclinedexitsandcrossholes– Canbeusedforinclinedandconvexsurfaces– Foruseingeneralengineering,mouldanddiemakingintheautomotiveindustry,andtheenergyindustry

WalterTitexX·treme Types:A3299XPL/A3899XPL





ShankDIN6535HA

ShankDIN6535HE




Transmissionshaft:Flangedrilling

Cuttingdata

Previously X·tremevc 56m/min 91m/minN 2621rpm 4260rpmf 0.11mm/rev 0.19mm/revvf 288mm/min 809mm/min

Workpiecematerial: 42CrMo4Tool: A3399XPL-6.8

Diameter6.8mm




WalterTitexX·treme Types:A3399XPL/A3999XPL

ShankDIN6535HA

ShankDIN6535HE


http://goo.gl/dzSSy

0

Feedrate(mm/min)

Previously

X·treme 809

+ 208%

288

500 10000

52 Orderinginformationcanbefoundfrompage¤84¤onwards.

SOLIDCARBIDEDRILLS

Walter Titexhigh-performancedrillsformicroapplications–maximumperformance,minimaldimensions.

THETOOL

– Solidcarbidehigh-performancedrillwithinternalcooling

– AMLcoating(AlTiN)– AMPcoating(AlTiNtipcoating)– Dimensions• 5xDc• 8xDc• 12xDc

– Diameterrange2-2.95mm– ShankinaccordancewithDIN6535HA

THEAPPLICATION

– ForISOmaterialgroupsP,M,K,N– Canbeusedwithemulsionandoil– Foruseingeneralengineering,mouldanddiemakingintheautomotiveindustry,andtheenergyindustry

X·tremeM;X·tremeDM8andDM12 Types:A3389AML/A6489AMP/A6589AMP

ShankDIN6535HA

AMPcoatingforextremelyhigh-performancecuttingdataandextremelylongtoollife

AMLcoatingforextremelyhigh-performancecuttingdataandextremelylongtoollife

Polishedfluteformaximumchipremoval



YOURADVANTAGES

– Increaseinproductivitythroughupto50%higherworkpiecevaluesincomparisontoconventionalsolidcarbidemicrodrills

– Highlevelofprocessreliabilityduetonewtypeofpointandflutegeometry

– Polishedflutesensurereliablechipevacuation

Democomponent

Cuttingdata

Previously X·treme DM12vc 50m/min 60m/minN 7960rpm 9550rpmf 0.04mm/rev 0.06mm/revvf 320mm/min 573mm/min

Workpiecematerial: 1.4571Tool: A6589AMP-2

Diameter2mm

Feedrate(mm/min)

Previously

X·treme DM12 573

+80%

320

0 200 600400

Numberofholes

Previously

X·treme DM12 3000

+45%

2050

0 1000 30002000


http://goo.gl/FmrPC

54

SOLIDCARBIDEDRILLS

Walter TitexXD®drillingtechnology–extremelyhighprecisioninoneoperationdownto70xDc.

THETOOL

– Solidcarbidehigh-performancedrillwithinternalcooling– TFTandXPLtipcoating– Drillingdepthsdownto70xDcWITHOUTpeckingcycle– Diameterrange5-12mm– ShankinaccordancewithDIN6535HA

THEAPPLICATION

– ForISOmaterialgroupsP,K,N– Canbeusedwithemulsionandoil– Canbeusedforinclinedexitsandcrossholes– Foruseingeneralengineeringandthehydraulicsandautomotiveindustry

Steeringgear

Cuttingdata

Previously:singleedgegundrills XD70 Technologyvc 70m/min 91m/minN 3600rpm 4260rpmf 0.05mm/rev 0.19mm/revvf 179mm/min 809mm/min

Feedrate

0 500 1000

XD Technology

Previously

+450%

Workpiecematerial: GGG50Tool: Diameter6.2mmHoledepth: 286mm-46xDc

YOURADVANTAGES

– Upto10timestheproductivityofsingleedgegundrills– Drillingwithoutpecking– Extremelyhighprocessreliabilityindeepdrillingapplications

– Suitableforusewithlowcoolantpressuresfrom20bar– Compatiblewithvariousmaterialgroups,includingISOP,K,N

– Canbeusedforcrossholesandinclinedexits

Coatings• TFTtipcoating• XPLtipcoating


• inclinedholeexits• workpieceswithcrossholes

Polishedfluteforreliablechipevacuation


XD70

XD30

XD25

XD20

XD16


http://goo.gl/yQB64

Watchproductanimation:ScanQRcodeorgodirectlyto

http://goo.gl/ZBIMm

56

PCDDRILLS

Walter TitexPCDrivetcountersinksandtwistdrillsforcompositematerials.

THETOOLS

– DrillingandreamingtoolsandrivetcountersinkswithhelicalPCDdrillpoint

– Optimisedforcompositematerials– Geometrydesignedtoreducecuttingforce,therebyavoidingdelamination(frayedholeexit)

– Multiplereconditioningpossible

THEAPPLICATION

– ForawidevarietyofCFRPmaterials– GFRPmaterials– Foruseonabrasivematerialsintheaerospaceindustryandallcompositematerialmachiningsectors

– Forboresorrivetholeswithcountersinkwherehighqualityisrequired

– Suitableforfullyorsemi-automatedproductionprocesses(CNCandpowerfeed)

YOURADVANTAGES

– Longtoollife,especiallyincomparisontoPCDcoatedtools

– Processreliabilityevenathighcuttingparameters– AhighlevelofprocessreliabilityduetoPCDsintertech-nology;noriskoftoolfailurecausedbyafailedsolderjoint

– Everytooldiameterbetween2.0mmand6.4mmavailable– Reductionoftypicalapplicationproblemssuchasdelami-nationandburrs

– Regrindingservicetoreducetoolcosts

PCDrivetcountersinks PCDtwistdrills

Custom-designedpointgeometryforPCDdrillpoints

Component-definedchamferstep

Tungstencarbidedrillbody

5.17 36.220.7 51.7 56.810.3 41.325.815.5 46.531.0

57

THEMATERIAL

– Variouscompositematerialsfortheaerospaceindustry

– Pre-impregnatedfibresindifferentdirections(0°/45°,90°)

– Linerswithlinenfabric

THEHOLES

– Highlevelofqualityatholeexitaftere.g.600holesdrilled

– Verylittledelaminationorfinefibresvisibleatholeexit

– Goodsurfacequalityinthehole

Holesurface

Fzhole1-15 Fzhole586-600

Axialforcecomparisonperrowforthefirstandlastholes(586-600hole)

Permitteddiameterfordelamination8.35mmwithatooldiameterof6.35mm

Holeexit600thhole

THEFORCES

– Minimisedaxialforceforreducedtendencytodelaminate

– Moderateincreaseinforceuptoendoftoollife

WHYPCD?

– Significantimprove-mentintoollife

– Improvedholequality– Highercuttingparam-eters

– Sharpercuttingedge– Reducedthermalimpact

– Optimumthermalcon-ductivityofthecuttingtoolmaterial

– Minimisedriskofdela-mination

– Drymachiningpossible– Repeatedregrindingpossible

WalterTitex–Drilling


58 Walter Titex – Drilling5858

X·treme Step 90 K3299XPL

for thread

Dcm7mm

d1h6

mm

d10h8

mmLc

mml1

mml2

mml5

mmDesignationK3299XPL…

d1

d10

Lc

l1

Dc 90°

l2 l5

M 4 3,3 6 4,5 11,4 66 28 36 - M4

M 5 4,2 6 6 13,6 66 28 36 - M5

M 6 5 8 7 16,5 79 41 36 - M6

M 8 6,8 10 9,5 21 89 47 40 - M8

M 10 8,5 12 12 25,5 102 55 45 - M10

M 12 10,2 14 14 30 107 60 45 - M12

M 14 12 16 16 34,5 115 65 48 - M14

M 16 14 18 18 38,5 123 73 48 - M16


for thread

Dcm7mm

d1h6

mm

d10h8

mmLc

mml1

mml2

mml5


d1

d10

Lc

l1

Dc 90°

l2 l5

M 4 3,3 6 4,5 11,4 66 28 36 - M4

M 5 4,2 6 6 13,6 66 28 36 - M5

M 6 5 8 7 16,5 79 41 36 - M6

M 8 6,8 10 9,5 21 89 47 40 - M8

M 10 8,5 12 12 25,5 102 55 45 - M10

M 12 10,2 14 14 30 107 60 45 - M12

M 14 12 16 16 34,5 115 65 48 - M14

M 16 14 18 18 38,5 123 73 48 - M16


for thread

Dcm7mm

d1h6

mm

d10h8

mmLc

mml1

mml2

mml5


d1

d10

Lc

l1

Dc 90°

l2 l5

M 4 3,3 6 4,5 11,4 66 28 36 - M4

M 5 4,2 6 6 13,6 66 28 36 - M5

M 6 5 8 7 16,5 79 41 36 - M6

M 8 6,8 10 9,5 21 89 47 40 - M8

M 8 x 1 7,0 10 9,5 21 89 47 40 - M8x1

M 10 8,5 12 12 25,5 102 55 45 - M10

M 10 x 1 9 12 12 25,5 102 55 45 - M10x1

M 12 10,2 14 14 30 107 60 45 - M12

M 12 x 1,5 10,5 14 14 30 107 60 45 - M12x1,5

M 14 12 16 16 34,5 115 65 48 - M14

M 14 x 1,5 12,5 16 16 34,5 115 65 48 - M14x1,5

M 16 14 18 18 38,5 123 73 48 - M16

M 16 x 1,5 14,5 18 18 38,5 123 73 48 - M16x1,5

NEW2012

NEW2012

NEW2012

59Walter Titex – Drilling


X·treme Pilot Step 90 K3281TFT

Dcp7

mmØ

inches/no.

d1h6

mm

d10h8

mmLc

mml1

mml2

mml5

mmDesignationK3281TFT…

3 6 6 6 66 20 36 - 3

3,175 1/8IN 6 6 7,6 66 20 36 - 1/8IN

3,5 6 6 7,6 66 20 36 - 3,5

3,572 9/64IN 6 6 7,6 66 20 36 - 9/64IN

3,969 5/32IN 6 6 9,6 66 22 36 - 5/32IN

4 6 6 9,6 66 22 36 - 4

4,5 6 6 9,6 66 22 36 - 4,5

4,763 3/16IN 8 8 12 79 28 36 - 3/16IN

4,8 8 8 12 79 28 36 - 4,8

5 8 8 12 79 28 36 - 5

5,5 8 8 12 79 28 36 - 5,5

5,556 7/32IN 8 8 12 79 28 36 - 7/32IN

5,8 8 8 12 79 28 36 - 5,8

6 8 8 12 79 28 36 - 6

6,1 10 10 14 89 34 40 - 6,1

6,35 1/4IN 10 10 14 89 34 40 - 1/4IN

6,5 10 10 14 89 34 40 - 6,5

6,8 10 10 14 89 34 40 - 6,8

7 10 10 14 89 34 40 - 7

7,144 9/32IN 12 12 16 102 40 45 - 9/32IN

7,4 12 12 16 102 40 45 - 7,4

7,5 12 12 16 102 40 45 - 7,5

7,938 5/16IN 12 12 16 102 40 45 - 5/16IN

8 12 12 16 102 40 45 - 8

8,3 12 12 20 102 44 45 - 8,3

8,5 12 12 20 102 44 45 - 8,5

8,731 11/32IN 12 12 20 102 44 45 - 11/32IN

9 12 12 20 102 44 45 - 9

9,525 3/8IN 12 12 20 102 44 45 - 3/8IN

9,8 12 12 20 102 44 45 - 9,8

10 12 12 20 102 44 45 - 10

10,2 14 14 24 107 52 45 - 10,2

10,319 13/32IN 14 14 24 107 52 45 - 13/32IN

11 14 14 24 107 52 45 - 11

11,113 7/16IN 14 14 24 107 52 45 - 7/16IN

11,5 14 14 24 107 52 45 - 11,5

11,8 14 14 24 107 52 45 - 11,8

11,906 15/32IN 14 14 24 107 52 45 - 15/32IN

12 14 14 24 107 52 45 - 12

12,7 1/2IN 16 16 28 115 58 48 - 1/2IN

13 16 16 28 115 58 48 - 13

14 16 16 28 115 58 48 - 14

14,288 9/16IN 18 18 32 123 66 48 - 9/16IN

15 18 18 32 123 66 48 - 15

16 18 18 32 123 66 48 - 16

NEW2012

d1

d10

Lc

l1

Dc 90°

l2 l5


60 Walter Titex – Drilling

X·treme Inox A3393TTP

Dcm7mm

Ø inches/no.

d1h6

mmLc

mml1

mml2

mml5

mmDesignationA3393TTP…

d1

Lcl5

l1

Dc

l2

3.000 6 23 66 28 36 -3

3.100 23 6 66 28 36 -3.1

3.175 1/8 23 6 66 28 36 -1/8IN

3.200 23 6 66 28 36 -3.2

3.250 23 6 66 28 36 -3.25

3.300 23 6 66 28 36 -3.3

3.400 23 6 66 28 36 -3.4

3.500 23 6 66 28 36 -3.5

3.600 23 6 66 28 36 -3.6

3.700 23 6 66 28 36 -3.7

3.800 29 6 74 36 36 -3.8

3.900 29 6 74 36 36 -3.9

3.969 5/32 29 6 74 36 36 -5/32IN

4.000 29 6 74 36 36 -4

4.100 29 6 74 36 36 -4.1

4.200 29 6 74 36 36 -4.2

4.300 29 6 74 36 36 -4.3

4.400 29 6 74 36 36 -4.4

4.500 29 6 74 36 36 -4.5

4.600 29 6 74 36 36 -4.6

4.650 29 6 74 36 36 -4.65

4.700 29 6 74 36 36 -4.7

4.763 3/16 35 6 82 44 36 -3/16IN

4.800 35 6 82 44 36 -4.8

4.900 35 6 82 44 36 -4.9

5.000 35 6 82 44 36 -5

5.100 35 6 82 44 36 -5.1

5.200 35 6 82 44 36 -5.2

5.300 35 6 82 44 36 -5.3

5.400 35 6 82 44 36 -5.4

5.500 35 6 82 44 36 -5.5

5.550 35 6 82 44 36 -5.55

5.556 7/32 35 6 82 44 36 -7/32IN

5.600 35 6 82 44 36 -5.6

5.700 35 6 82 44 36 -5.7

5.800 35 6 82 44 36 -5.8

5.900 35 6 82 44 36 -5.9

6.000 35 6 82 44 36 -6

6.100 43 8 91 53 36 -6.1

6.200 43 8 91 53 36 -6.2

6.300 43 8 91 53 36 -6.3

6.350 1/4 43 8 91 53 36 -1/4IN

6.400 43 8 91 53 36 -6.4

6.500 43 8 91 53 36 -6.5

6.600 43 8 91 53 36 -6.6

6.700 43 8 91 53 36 -6.7

6.800 43 8 91 53 36 -6.8

6.900 43 8 91 53 36 -6.9

7.000 43 8 91 53 36 -7

7.100 43 8 91 53 36 -7.1

7.144 9/32 43 8 91 53 36 -9/32IN

7.200 43 8 91 53 36 -7.2

7.300 43 8 91 53 36 -7.3

7.400 43 8 91 53 36 -7.4

7.500 43 8 91 53 36 -7.5

7.600 43 8 91 53 36 -7.6

7.700 43 8 91 53 36 -7.7

NEW2012




Dcm7mm

Ø inches/no.

d1h6

mmLc

mml1

mml2

mml5


7.800 43 8 91 53 36 -7.8

7.900 43 8 91 53 36 -7.9

7.938 5/16 43 8 91 53 36 -5/16IN

8.000 43 8 91 53 36 -8

8.100 49 10 103 61 40 -8.1

8.200 49 10 103 61 40 -8.2

8.300 49 10 103 61 40 -8.3

8.400 49 10 103 61 40 -8.4

8.500 49 10 103 61 40 -8.5

8.600 49 10 103 61 40 -8.6

8.700 49 10 103 61 40 -8.7

8.731 11/32 49 10 103 61 40 -11/32IN

8.800 49 10 103 61 40 -8.8

8.900 49 10 103 61 40 -8.9

9.000 49 10 103 61 40 -9

9.100 49 10 103 61 40 -9.1

9.200 49 10 103 61 40 -9.2

9.300 49 10 103 61 40 -9.3

9.400 49 10 103 61 40 -9.4

9.500 49 10 103 61 40 -9.5

9.525 3/8 49 10 103 61 40 -3/8IN

9.600 49 10 103 61 40 -9.6

9.700 49 10 103 61 40 -9.7

9.800 49 10 103 61 40 -9.8

9.900 49 10 103 61 40 -9.9

10.000 49 10 103 61 40 -10

10.100 56 12 118 71 45 -10.1

10.200 56 12 118 71 45 -10.2

10.300 56 12 118 71 45 -10.3

10.319 13/32 56 12 118 71 45 -13/32IN

10.400 56 12 118 71 45 -10.4

10.500 56 12 118 71 45 -10.5

10.600 56 12 118 71 45 -10.6

10.700 56 12 118 71 45 -10.7

10.800 56 12 118 71 45 -10.8

10.900 56 12 118 71 45 -10.9

11.000 56 12 118 71 45 -11

11.100 56 12 118 71 45 -11.1

11.113 7/16 56 12 118 71 45 -7/16IN

11.200 56 12 118 71 45 -11.2

11.300 56 12 118 71 45 -11.3

11.400 56 12 118 71 45 -11.4

11.500 56 12 118 71 45 -11.5

11.600 56 12 118 71 45 -11.6

11.700 56 12 118 71 45 -11.7

11.800 56 12 118 71 45 -11.8

11.900 56 12 118 71 45 -11.9

11.906 15/32 56 12 118 71 45 -15/32IN

12.000 56 12 118 71 45 -12

12.500 60 14 124 77 45 -12.5

12.700 1/2 60 14 124 77 45 -1/2IN

12.800 60 14 124 77 45 -12.8

13.000 60 14 124 77 45 -13

13.494 17/32 60 14 124 77 45 -17/32IN

13.500 60 14 124 77 45 -13.5

13.800 60 14 124 77 45 -13.8

14.000 63 16 133 83 48 -14

NEW2012

d1

Lcl5

l1

Dc

l2




Dcm7mm

Ø inches/no.

d1h6

mmLc

mml1

mml2

mml5


14.288 9/16 63 16 133 83 48 -9/16IN

14.500 63 16 133 83 48 -14.5

14.800 63 16 133 83 48 -14.8

15.000 63 16 133 83 48 -15

15.500 63 16 133 83 48 -15.5

15.800 63 16 133 83 48 -15.8

15.875 5/8 63 16 133 83 48 -5/8IN

16.000 63 16 133 83 48 -16

16.500 71 18 143 93 48 -16.5

16.800 71 18 143 93 48 -16.8

17.000 71 18 143 93 48 -17

17.500 71 18 143 93 48 -17.5

17.800 71 18 143 93 48 -17.8

18.000 71 18 143 93 48 -18

18.500 77 20 153 101 50 -18.5

18.800 77 20 153 101 50 -18.8

19.000 77 20 153 101 50 -19

19.050 3/4 77 20 153 101 50 -3/4IN

19.500 77 20 153 101 50 -19.5

19.800 77 20 153 101 50 -19.8

20.000 77 20 153 101 50 -20

NEW2012

d1

Lcl5

l1

Dc

l2



X·treme A3279XPL

Dcm7mm

Ø inches/no.

d1h6

mmLc

mml1

mml2

mml5

mmDesignationA3279XPL…

d1

Lcl5

l1

Dc

l2

3,000 6 14 62 20 36 -3

3,100 6 14 62 20 36 -3.1

3,175 1/8 6 14 62 20 36 -1/8IN

3,200 6 14 62 20 36 -3.2

3,250 6 14 62 20 36 -3.25

3,300 6 14 62 20 36 -3.3

3,400 6 14 62 20 36 -3.4

3,500 6 14 62 20 36 -3.5

3,572 9/64 6 14 62 20 36 -9/64IN

3,600 6 14 62 20 36 -3.6

3,650 6 14 62 20 36 -3.65

3,700 6 14 62 20 36 -3.7

3,800 6 17 66 24 36 -3.8

3,900 6 17 66 24 36 -3.9

3,969 5/32 6 17 66 24 36 -5/32IN

4,000 6 17 66 24 36 -4

4,100 6 17 66 24 36 -4.1

4,200 6 17 66 24 36 -4.2

4,300 6 17 66 24 36 -4.3

4,366 11/64 6 17 66 24 36 -11/64IN

4,400 6 17 66 24 36 -4.4

4,500 6 17 66 24 36 -4.5

4,600 6 17 66 24 36 -4.6

4,650 6 17 66 24 36 -4.65

4,700 6 17 66 24 36 -4.7

4,763 3/16 6 20 66 28 36 -3/16IN

4,800 6 20 66 28 36 -4.8

4,900 6 20 66 28 36 -4.9

5,000 6 20 66 28 36 -5

5,100 6 20 66 28 36 -5.1

5,159 13/64 6 20 66 28 36 -13/64IN

5,200 6 20 66 28 36 -5.2

5,300 6 20 66 28 36 -5.3

5,400 6 20 66 28 36 -5.4

5,500 6 20 66 28 36 -5.5

5,550 6 20 66 28 36 -5.55

5,556 7/32 6 20 66 28 36 -7/32IN

5,600 6 20 66 28 36 -5.6

5,700 6 20 66 28 36 -5.7

5,800 6 20 66 28 36 -5.8

5,900 6 20 66 28 36 -5.9

5,953 15/64 6 20 66 28 36 -15/64IN

6,000 6 20 66 28 36 -6

6,100 8 24 79 34 36 -6.1

6,200 8 24 79 34 36 -6.2

6,300 8 24 79 34 36 -6.3

6,350 1/4 8 24 79 34 36 -1/4IN

6,400 8 24 79 34 36 -6.4

6,500 8 24 79 34 36 -6.5

6,600 8 24 79 34 36 -6.6

6,700 8 24 79 34 36 -6.7

6,747 17/64 8 24 79 34 36 -17/64IN

6,800 8 24 79 34 36 -6.8

6,900 8 24 79 34 36 -6.9

7,000 8 24 79 34 36 -7

7,100 8 29 79 41 36 -7.1

7,144 9/32 8 29 79 41 36 -9/32IN



X·treme A3279XPL

Dcm7mm

Ø inches/no.

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

7,200 8 29 79 41 36 -7.2

7,300 8 29 79 41 36 -7.3

7,400 8 29 79 41 36 -7.4

7,500 8 29 79 41 36 -7.5

7,541 19/64 8 29 79 41 36 -19/64IN

7,550 8 29 79 41 36 -7.55

7,600 8 29 79 41 36 -7.6

7,700 8 29 79 41 36 -7.7

7,800 8 29 79 41 36 -7.8

7,900 8 29 79 41 36 -7.9

7,938 5/16 8 29 79 41 36 -5/16IN

8,000 8 29 79 41 36 -8

8,100 10 35 89 47 40 -8.1

8,200 10 35 89 47 40 -8.2

8,300 10 35 89 47 40 -8.3

8,334 8/25 10 35 89 47 40 -8/25IN

8,400 10 35 89 47 40 -8.4

8,500 10 35 89 47 40 -8.5

8,600 10 35 89 47 40 -8.6

8,700 10 35 89 47 40 -8.7

8,731 11/32 10 35 89 47 40 -11/32IN

8,800 10 35 89 47 40 -8.8

8,900 10 35 89 47 40 -8.9

9,000 10 35 89 47 40 -9

9,100 10 35 89 47 40 -9.1

9,128 23/64 10 35 89 47 40 -23/64IN

9,200 10 35 89 47 40 -9.2

9,300 10 35 89 47 40 -9.3

9,400 10 35 89 47 40 -9.4

9,500 10 35 89 47 40 -9.5

9,525 3/8 10 35 89 47 40 -3/8IN

9,550 10 35 89 47 40 -9.55

9,600 10 35 89 47 40 -9.6

9,700 10 35 89 47 40 -9.7

9,800 10 35 89 47 40 -9.8

9,900 10 35 89 47 40 -9.9

9,922 25/64 10 35 89 47 40 -25/64IN

10,000 10 35 89 47 40 -10

10,100 12 40 102 55 45 -10.1

10,200 12 40 102 55 45 -10.2

10,300 12 40 102 55 45 -10.3

10,319 13/32 12 40 102 55 45 -13/32IN

10,400 12 40 102 55 45 -10.4

10,500 12 40 102 55 45 -10.5

10,600 12 40 102 55 45 -10.6

10,700 12 40 102 55 45 -10.7

10,716 27/64 12 40 102 55 45 -27/64IN

10,800 12 40 102 55 45 -10.8

10,900 12 40 102 55 45 -10.9

11,000 12 40 102 55 45 -11

11,100 12 40 102 55 45 -11.1

11,113 7/16 12 40 102 55 45 -7/16IN

11,200 12 40 102 55 45 -11.2

11,300 12 40 102 55 45 -11.3

11,400 12 40 102 55 45 -11.4

11,500 12 40 102 55 45 -11.5

11,509 33/76 12 40 102 55 45 -33/76IN



X·treme A3279XPL

Dcm7mm

Ø inches/no.

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

11,550 12 40 102 55 45 -11.55

11,600 12 40 102 55 45 -11.6

11,700 12 40 102 55 45 -11.7

11,800 12 40 102 55 45 -11.8

11,900 12 40 102 55 45 -11.9

11,906 15/32 12 40 102 55 45 -15/32IN

12,000 12 40 102 55 45 -10

12,100 14 43 107 60 45 -12.1

12,200 14 43 107 60 45 -12.2

12,250 14 43 107 60 45 -12.25

12,300 14 43 107 60 45 -12.3

12,303 31/64 14 43 107 60 45 -31/64IN

12,400 14 43 107 60 45 -12.4

12,500 14 43 107 60 45 -12.5

12,600 14 43 107 60 45 -12.6

12,700 14 43 107 60 45 -12.7

12,700 1/2 14 43 107 60 45 -1/2IN

12,750 14 43 107 60 45 -12.75

12,800 14 43 107 60 45 -12.8

12,900 14 43 107 60 45 -12.9

13,000 14 43 107 60 45 -13

13,100 14 43 107 60 45 -13.1

13,200 14 43 107 60 45 -13.2

13,300 14 43 107 60 45 -13.3

13,400 14 43 107 60 45 -13.4

13,494 29/85 14 43 107 60 45 -29/85IN

13,500 14 43 107 60 45 -13.5

13,600 14 43 107 60 45 -13.6

13,700 14 43 107 60 45 -13.7

13,800 14 43 107 60 45 -13.8

13,900 14 43 107 60 45 -13.9

14,000 14 43 107 60 45 -14

14,100 16 45 115 65 48 -14.1

14,200 16 45 115 65 48 -14.2

14,288 9/16 16 45 115 65 48 -9/16IN

14,300 16 45 115 65 48 -14.3

14,400 16 45 115 65 48 -14.4

14,500 16 45 115 65 48 -14.5

14,600 16 45 115 65 48 -14.6

14,700 16 45 115 65 48 -14.7

14,750 16 45 115 65 48 -14.75

14,800 16 45 115 65 48 -14.8

15,000 16 45 115 65 48 -15

15,100 16 45 115 65 48 -15.1

15,200 16 45 115 65 48 -15.2

15,300 16 45 115 65 48 -15.3

15,500 16 45 115 65 48 -15.5

15,600 16 45 115 65 48 -15.6

15,700 16 45 115 65 48 -15.7

15,800 16 45 115 65 48 -15.8

15,875 5/8 16 45 115 65 48 -5/8IN

15,900 16 45 115 65 48 -15.9

16,000 16 45 115 65 48 -16

16,100 18 51 123 73 48 -16.1

16,200 18 51 123 73 48 -16.2

16,300 18 51 123 73 48 -16.3

16,400 18 51 123 73 48 -16.4



X·treme A3279XPL

Dcm7mm

Ø inches/no.

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

16,500 18 51 123 73 48 -16.5

16,600 18 51 123 73 48 -16.6

16,700 18 51 123 73 48 -16.7

16,750 18 51 123 73 48 -16.75

16,800 18 51 123 73 48 -16.8

17,000 18 51 123 73 48 -17

17,200 18 51 123 73 48 -17.2

17,300 18 51 123 73 48 -17.3

17,500 18 51 123 73 48 -17.5

17,600 18 51 123 73 48 -17.6

17,700 18 51 123 73 48 -17.7

17,800 18 51 123 73 48 -17.8

18,000 18 51 123 73 48 -18

18,200 20 55 131 79 50 -18.2

18,500 20 55 131 79 50 -18.5

18,700 20 55 131 79 50 -18.7

18,800 20 55 131 79 50 -18.8

19,000 20 55 131 79 50 -19

19,050 3/4 20 55 131 79 50 -3/4IN

19,500 20 55 131 79 50 -19.5

19,700 20 55 131 79 50 -19.7

19,800 20 55 131 79 50 -19.8

20,000 20 55 131 79 50 -20



X·treme A3879XPL

Dcm7mm

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

3,000 6 14 62 20 36 -3

3,100 6 14 62 20 36 -3.1

3,200 6 14 62 20 36 -3.2

3,250 6 14 62 20 36 -3.25

3,300 6 14 62 20 36 -3.3

3,400 6 14 62 20 36 -3.4

3,500 6 14 62 20 36 -3.5

3,600 6 14 62 20 36 -3.6

3,650 6 14 62 20 36 -3.65

3,700 6 14 62 20 36 -3.7

3,800 6 17 66 24 36 -3.8

3,900 6 17 66 24 36 -3.9

4,000 6 17 66 24 36 -4

4,100 6 17 66 24 36 -4.1

4,200 6 17 66 24 36 -4.2

4,300 6 17 66 24 36 -4.3

4,400 6 17 66 24 36 -4.4

4,500 6 17 66 24 36 -4.5

4,600 6 17 66 24 36 -4.6

4,650 6 17 66 24 36 -4.65

4,700 6 17 66 24 36 -4.7

4,800 6 20 66 28 36 -4.8

4,900 6 20 66 28 36 -4.9

5,000 6 20 66 28 36 -5

5,100 6 20 66 28 36 -5.1

5,200 6 20 66 28 36 -5.2

5,300 6 20 66 28 36 -5.3

5,400 6 20 66 28 36 -5.4

5,500 6 20 66 28 36 -5.5

5,550 6 20 66 28 36 -5.55

5,600 6 20 66 28 36 -5.6

5,700 6 20 66 28 36 -5.7

5,800 6 20 66 28 36 -5.8

5,900 6 20 66 28 36 -5.9

6,000 6 20 66 28 36 -6

6,100 8 24 79 34 36 -6.1

6,200 8 24 79 34 36 -6.2

6,300 8 24 79 34 36 -6.3

6,400 8 24 79 34 36 -6.4

6,500 8 24 79 34 36 -6.5

6,600 8 24 79 34 36 -6.6

6,700 8 24 79 34 36 -6.7

6,800 8 24 79 34 36 -6.8

6,900 8 24 79 34 36 -6.9

7,000 8 24 79 34 36 -7

7,100 8 29 79 41 36 -7.1

7,200 8 29 79 41 36 -7.2

7,300 8 29 79 41 36 -7.3

7,400 8 29 79 41 36 -7.4

7,500 8 29 79 41 36 -7.5

7,550 8 29 79 41 36 -7.55

7,600 8 29 79 41 36 -7.6

7,700 8 29 79 41 36 -7.7

7,800 8 29 79 41 36 -7.8

7,900 8 29 79 41 36 -7.9

8,000 8 29 79 41 36 -8

8,100 10 35 89 47 40 -8.1



X·treme A3879XPL

Dcm7mm

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

8,200 10 35 89 47 40 -8.2

8,300 10 35 89 47 40 -8.3

8,400 10 35 89 47 40 -8.4

8,500 10 35 89 47 40 -8.5

8,600 10 35 89 47 40 -8.6

8,700 10 35 89 47 40 -8.7

8,800 10 35 89 47 40 -8.8

8,900 10 35 89 47 40 -8.9

9,000 10 35 89 47 40 -9

9,100 10 35 89 47 40 -9.1

9,200 10 35 89 47 40 -9.2

9,300 10 35 89 47 40 -9.3

9,400 10 35 89 47 40 -9.4

9,500 10 35 89 47 40 -9.5

9,550 10 35 89 47 40 -9.55

9,600 10 35 89 47 40 -9.6

9,700 10 35 89 47 40 -9.7

9,800 10 35 89 47 40 -9.8

9,900 10 35 89 47 40 -9.9

10,000 10 35 89 47 40 -10

10,100 12 40 102 55 45 -10.1

10,200 12 40 102 55 45 -10.2

10,300 12 40 102 55 45 -10.3

10,400 12 40 102 55 45 -10.4

10,500 12 40 102 55 45 -10.5

10,600 12 40 102 55 45 -10.6

10,700 12 40 102 55 45 -10.7

10,800 12 40 102 55 45 -10.8

10,900 12 40 102 55 45 -10.9

11,000 12 40 102 55 45 -11

11,100 12 40 102 55 45 -11.1

11,200 12 40 102 55 45 -11.2

11,300 12 40 102 55 45 -11.3

11,400 12 40 102 55 45 -11.4

11,500 12 40 102 55 45 -11.5

11,550 12 40 102 55 45 -11.55

11,600 12 40 102 55 45 -11.6

11,700 12 40 102 55 45 -11.7

11,800 12 40 102 55 45 -11.8

11,900 12 40 102 55 45 -11.9

12,000 12 40 102 55 45 -12

12,100 14 43 107 60 45 -12.1

12,200 14 43 107 60 45 -12.2

12,250 14 43 107 60 45 -12.25

12,300 14 43 107 60 45 -12.3

12,400 14 43 107 60 45 -12.4

12,500 14 43 107 60 45 -12.5

12,600 14 43 107 60 45 -12.6

12,700 14 43 107 60 45 -12.7

12,750 14 43 107 60 45 -12.75

12,800 14 43 107 60 45 -12.8

12,900 14 43 107 60 45 -12.9

13,000 14 43 107 60 45 -13

13,100 14 43 107 60 45 -13.1

13,200 14 43 107 60 45 -13.2

13,300 14 43 107 60 45 -13.3

13,400 14 43 107 60 45 -13.4



X·treme A3879XPL

Dcm7mm

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

13,500 14 43 107 60 45 -13.5

13,600 14 43 107 60 45 -13.6

13,700 14 43 107 60 45 -13.7

13,800 14 43 107 60 45 -13.8

13,900 14 43 107 60 45 -13.9

14,000 14 43 107 60 45 -14

14,100 16 45 115 65 48 -14.1

14,200 16 45 115 65 48 -14.2

14,300 16 45 115 65 48 -14.3

14,400 16 45 115 65 48 -14.4

14,500 16 45 115 65 48 -14.5

14,600 16 45 115 65 48 -14.6

14,700 16 45 115 65 48 -14.7

14,750 16 45 115 65 48 -14.75

14,800 16 45 115 65 48 -14.8

15,000 16 45 115 65 48 -15

15,100 16 45 115 65 48 -15.1

15,200 16 45 115 65 48 -15.2

15,300 16 45 115 65 48 -15.3

15,500 16 45 115 65 48 -15.5

15,600 16 45 115 65 48 -15.6

15,700 16 45 115 65 48 -15.7

15,800 16 45 115 65 48 -15.8

15,900 16 45 115 65 48 -15.9

16,000 16 45 115 65 48 -16

16,100 18 51 123 73 48 -16.1

16,200 18 51 123 73 48 -16.2

16,300 18 51 123 73 48 -16.3

16,400 18 51 123 73 48 -16.4

16,500 18 51 123 73 48 -16.5

16,600 18 51 123 73 48 -16.6

16,700 18 51 123 73 48 -16.7

16,750 18 51 123 73 48 -16.75

16,800 18 51 123 73 48 -16.8

17,000 18 51 123 73 48 -17

17,200 18 51 123 73 48 -17.2

17,300 18 51 123 73 48 -17.3

17,500 18 51 123 73 48 -17.5

17,600 18 51 123 73 48 -17.6

17,700 18 51 123 73 48 -17.7

17,800 18 51 123 73 48 -17.8

18,000 18 51 123 73 48 -18

18,200 20 55 131 79 50 -18.2

18,500 20 55 131 79 50 -18.5

18,700 20 55 131 79 50 -18.7

18,800 20 55 131 79 50 -18.8

19,000 20 55 131 79 50 -19

19,500 20 55 131 79 50 -19.5

19,700 20 55 131 79 50 -19.7

19,800 20 55 131 79 50 -19.8

20,000 20 55 131 79 50 -20



X·treme A3379XPL

Dcm7mm

Ø inches/no.

Lcmm

d1h6

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

3,000 23 6 66 28 36 -3

3,100 23 6 66 28 36 -3.1

3,175 1/8 23 6 66 28 36 -1/8IN

3,200 23 6 66 28 36 -3.2

3,250 23 6 66 28 36 -3.25

3,300 23 6 66 28 36 -3.3

3,400 23 6 66 28 36 -3.4

3,500 23 6 66 28 36 -3.5

3,572 9/64 23 6 66 28 36 -9/64IN

3,600 23 6 66 28 36 -3.6

3,650 23 6 66 28 36 -3.65

3,700 23 6 66 28 36 -3.7

3,800 29 6 74 36 36 -3.8

3,900 29 6 74 36 36 -3.9

3,969 5/32 29 6 74 36 36 -5/32IN

4,000 29 6 74 36 36 -4

4,100 29 6 74 36 36 -4.1

4,200 29 6 74 36 36 -4.2

4,300 29 6 74 36 36 -4.3

4,366 11/64 29 6 74 36 36 -11/64IN

4,400 29 6 74 36 36 -4.4

4,500 29 6 74 36 36 -4.5

4,600 29 6 74 36 36 -4.6

4,650 29 6 74 36 36 -4.65

4,700 29 6 74 36 36 -4.7

4,763 3/16 35 6 82 44 36 -3/16IN

4,800 35 6 82 44 36 -4.8

4,900 35 6 82 44 36 -4.9

5,000 35 6 82 44 36 -5

5,100 35 6 82 44 36 -5.1

5,159 13/64 35 6 82 44 36 -13/64IN

5,200 35 6 82 44 36 -5.2

5,300 35 6 82 44 36 -5.3

5,400 35 6 82 44 36 -5.4

5,500 35 6 82 44 36 -5.5

5,550 35 6 82 44 36 -5.55

5,556 7/32 35 6 82 44 36 -7/32IN

5,600 35 6 82 44 36 -5.6

5,700 35 6 82 44 36 -5.7

5,800 35 6 82 44 36 -5.8

5,900 35 6 82 44 36 -5.9

5,953 15/64 35 6 82 44 36 -15/64IN

6,000 35 6 82 44 36 -6

6,100 43 8 91 53 36 -6.1

6,200 43 8 91 53 36 -6.2

6,300 43 8 91 53 36 -6.3

6,350 1/4 43 8 91 53 36 -1/4IN

6,400 43 8 91 53 36 -6.4

6,500 43 8 91 53 36 -6.5

6,600 43 8 91 53 36 -6.6

6,700 43 8 91 53 36 -6.7

6,747 17/64 43 8 91 53 36 -17/64IN

6,800 43 8 91 53 36 -6.8

6,900 43 8 91 53 36 -6.9

7,000 43 8 91 53 36 -7

7,100 43 8 91 53 36 -7.1

7,144 9/32 43 8 91 53 36 -9/32IN



X·treme A3379XPL

Dcm7mm

Ø inches/no.

Lcmm

d1h6

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

7,200 43 8 91 53 36 -7.2

7,300 43 8 91 53 36 -7.3

7,400 43 8 91 53 36 -7.4

7,500 43 8 91 53 36 -7.5

7,541 19/64 43 8 91 53 36 -19/64

7,550 43 8 91 53 36 -7.55

7,600 43 8 91 53 36 -7.6

7,700 43 8 91 53 36 -7.7

7,800 43 8 91 53 36 -7.8

7,900 43 8 91 53 36 -7.9

7,938 5/16 43 8 91 53 36 -5/16

8,000 43 8 91 53 36 -8

8,100 49 10 103 61 40 -8.1

8,200 49 10 103 61 40 -8.2

8,300 49 10 103 61 40 -8.3

8,334 21/64 49 10 103 61 40 -21/64

8,400 49 10 103 61 40 -8.4

8,500 49 10 103 61 40 -8.5

8,600 49 10 103 61 40 -8.6

8,700 49 10 103 61 40 -8.7

8,731 11/32 49 10 103 61 40 -11/32

8,800 49 10 103 61 40 -8.8

8,900 49 10 103 61 40 -8.9

9,000 49 10 103 61 40 -9

9,100 49 10 103 61 40 -9.1

9,128 23/64 49 10 103 61 40 -23/64

9,200 49 10 103 61 40 -9.2

9,300 49 10 103 61 40 -9.3

9,400 49 10 103 61 40 -9.4

9,500 49 10 103 61 40 -9.5

9,525 3/8 49 10 103 61 40 -3/8

9,550 49 10 103 61 40 -9.55

9,600 49 10 103 61 40 -9.6

9,700 49 10 103 61 40 -9.7

9,800 49 10 103 61 40 -9.8

9,900 49 10 103 61 40 -9.9

9,922 25/64 49 10 103 61 40 -25/64

10,000 49 10 103 61 40 -10

10,100 56 12 118 71 45 -10.1

10,200 56 12 118 71 45 -10.2

10,300 56 12 118 71 45 -10.3

10,319 13/32 56 12 118 71 45 -13/32

10,400 56 12 118 71 45 -10.4

10,500 56 12 118 71 45 -10.5

10,600 56 12 118 71 45 -10.6

10,700 56 12 118 71 45 -10.7

10,716 27/64 56 12 118 71 45 -27/64

10,800 56 12 118 71 45 -10.8

10,900 56 12 118 71 45 -10.9

11,000 56 12 118 71 45 -11

11,100 56 12 118 71 45 -11.1

11,113 7/16 56 12 118 71 45 -7/16

11,200 56 12 118 71 45 -11.2

11,300 56 12 118 71 45 -11.3

11,400 56 12 118 71 45 -11.4

11,500 56 12 118 71 45 -11.5



X·treme A3379XPL

Dcm7mm

Ø inches/no.

Lcmm

d1h6

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

11,509 29/64 56 12 118 71 45 -29/64

11,550 56 12 118 71 45 -11.55

11,600 56 12 118 71 45 -11.6

11,700 56 12 118 71 45 -11.7

11,800 56 12 118 71 45 -11.8

11,900 56 12 118 71 45 -11.9

11,906 15/32 56 12 118 71 45 -15/32

12,000 56 12 118 71 45 -12

12,100 60 14 124 77 45 -12.1

12,200 60 14 124 77 45 -12.2

12,250 60 14 124 77 45 -12.25

12,300 60 14 124 77 45 -12.3

12,303 31/64 60 14 124 77 45 -31/64

12,400 60 14 124 77 45 -12.4

12,500 60 14 124 77 45 -12.5

12,600 60 14 124 77 45 -12.6

12,700 60 14 124 77 45 -12.7

12,700 1/2 60 14 124 77 45 -1/2

12,750 60 14 124 77 45 -12.75

12,800 60 14 124 77 45 -12.8

12,900 60 14 124 77 45 -12.9

13,000 60 14 124 77 45 -13

13,100 60 14 124 77 45 -13.1

13,200 60 14 124 77 45 -13.2

13,300 60 14 124 77 45 -13.3

13,400 60 14 124 77 45 -13.4

13,494 17/32 60 14 124 77 45 -17/32

13,500 60 14 124 77 45 -13.5

13,600 60 14 124 77 45 -13.6

13,700 60 14 124 77 45 -13.7

13,800 60 14 124 77 45 -13.8

13,900 60 14 124 77 45 -13.9

14,000 60 14 124 77 45 -14

14,100 63 16 133 83 48 -14.1

14,200 63 16 133 83 48 -14.2

14,288 9/16 63 16 133 83 48 -9/16

14,300 63 16 133 83 48 -14.3

14,400 63 16 133 83 48 -14.4

14,500 63 16 133 83 48 -14.5

14,600 63 16 133 83 48 -14.6

14,700 63 16 133 83 48 -14.7

14,750 63 16 133 83 48 -14.75

14,800 63 16 133 83 48 -14.8

15,000 63 16 133 83 48 -15

15,100 63 16 133 83 48 -15.1

15,200 63 16 133 83 48 -15.2

15,300 63 16 133 83 48 -15.3

15,500 63 16 133 83 48 -15.5

15,600 63 16 133 83 48 -15.6

15,700 63 16 133 83 48 -15.7

15,800 63 16 133 83 48 -15.8

15,875 5/8 63 16 133 83 48 -5/8

15,900 63 16 133 83 48 -15.9

16,000 63 16 133 83 48 -16

16,100 71 18 143 93 48 -16.1

16,200 71 18 143 93 48 -16.2

16,300 71 18 143 93 48 -16.3



X·treme A3379XPL

Dcm7mm

Ø inches/no.

Lcmm

d1h6

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

16,400 71 18 143 93 48 -16.4

16,500 71 18 143 93 48 -16.5

16,600 71 18 143 93 48 -16.6

16,700 71 18 143 93 48 -16.7

16,750 71 18 143 93 48 -16.75

16,800 71 18 143 93 48 -16.8

17,000 71 18 143 93 48 -17

17,200 71 18 143 93 48 -17.2

17,300 71 18 143 93 48 -17.3

17,500 71 18 143 93 48 -17.5

17,600 71 18 143 93 48 -17.6

17,700 71 18 143 93 48 -17.7

17,800 71 18 143 93 48 -17.8

18,000 71 18 143 93 48 -18

18,200 77 20 153 101 50 -18.2

18,500 77 20 153 101 50 -18.5

18,700 77 20 153 101 50 -18.7

18,800 77 20 153 101 50 -18.8

19,000 77 20 153 101 50 -19

19,050 3/4 77 20 153 101 50 -3/4

19,500 77 20 153 101 50 -19.5

19,700 77 20 153 101 50 -19.7

19,800 77 20 153 101 50 -19.8

20,000 77 20 153 101 50 -20

20,500 86 25 166 108 56 -20.5

21,000 86 25 166 108 56 -21

21,500 86 25 166 108 56 -21.5

22,000 86 25 166 108 56 -22

22,500 91 25 173 115 56 -22.5

23,000 91 25 173 115 56 -23

23,500 91 25 173 115 56 -23.5

24,000 91 25 173 115 56 -24

24,500 97 25 180 122 56 -24.5

25,000 97 25 180 122 56 -25

X·treme A3979XPL

Dcm7mm

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

3,000 6 23 66 28 36 -3

3,100 6 23 66 28 36 -3.1

3,200 6 23 66 28 36 -3.2

3,250 6 23 66 28 36 -3.25

3,300 6 23 66 28 36 -3.3

3,400 6 23 66 28 36 -3.4

3,500 6 23 66 28 36 -3.5

3,600 6 23 66 28 36 -3.6

3,650 6 23 66 28 36 -3.65

3,700 6 23 66 28 36 -3.7

3,800 6 29 74 36 36 -3.8

3,900 6 29 74 36 36 -3.9

4,000 6 29 74 36 36 -4

4,100 6 29 74 36 36 -4.1

4,200 6 29 74 36 36 -4.2



X·treme A3979XPL

Dcm7mm

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

4,300 6 29 74 36 36 -4.3

4,400 6 29 74 36 36 -4.4

4,500 6 29 74 36 36 -4.5

4,600 6 29 74 36 36 -4.6

4,650 6 29 74 36 36 -4.65

4,700 6 29 74 36 36 -4.7

4,800 6 35 82 44 36 -4.8

4,900 6 35 82 44 36 -4.9

5,000 6 35 82 44 36 -5

5,100 6 35 82 44 36 -5.1

5,200 6 35 82 44 36 -5.2

5,300 6 35 82 44 36 -5.3

5,400 6 35 82 44 36 -5.4

5,500 6 35 82 44 36 -5.5

5,550 6 35 82 44 36 -5.55

5,600 6 35 82 44 36 -5.6

5,700 6 35 82 44 36 -5.7

5,800 6 35 82 44 36 -5.8

5,900 6 35 82 44 36 -5.9

6,000 6 35 82 44 36 -6

6,100 8 43 91 53 36 -6.1

6,200 8 43 91 53 36 -6.2

6,300 8 43 91 53 36 -6.3

6,400 8 43 91 53 36 -6.4

6,500 8 43 91 53 36 -6.5

6,600 8 43 91 53 36 -6.6

6,700 8 43 91 53 36 -6.7

6,800 8 43 91 53 36 -6.8

6,900 8 43 91 53 36 -6.9

7,000 8 43 91 53 36 -7

7,100 8 43 91 53 36 -7.1

7,200 8 43 91 53 36 -7.2

7,300 8 43 91 53 36 -7.3

7,400 8 43 91 53 36 -7.4

7,500 8 43 91 53 36 -7.5

7,550 8 43 91 53 36 -7.55

7,600 8 43 91 53 36 -7.6

7,700 8 43 91 53 36 -7.7

7,800 8 43 91 53 36 -7.8

7,900 8 43 91 53 36 -7.9

8,000 8 43 91 53 36 -8

8,100 10 49 103 61 40 -8.1

8,200 10 49 103 61 40 -8.2

8,300 10 49 103 61 40 -8.3

8,400 10 49 103 61 40 -8.4

8,500 10 49 103 61 40 -8.5

8,600 10 49 103 61 40 -8.6

8,700 10 49 103 61 40 -8.7

8,800 10 49 103 61 40 -8.8

8,900 10 49 103 61 40 -8.9

9,000 10 49 103 61 40 -9

9,100 10 49 103 61 40 -9.1

9,200 10 49 103 61 40 -9.2

9,300 10 49 103 61 40 -9.3

9,400 10 49 103 61 40 -9.4

9,500 10 49 103 61 40 -9.5

9,550 10 49 103 61 40 -9.55



X·treme A3979XPL

Dcm7mm

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

9,600 10 49 103 61 40 -9.6

9,700 10 49 103 61 40 -9.7

9,800 10 49 103 61 40 -9.8

9,900 10 49 103 61 40 -9.9

10,000 10 49 103 61 40 -10

10,100 12 56 118 71 45 -10.1

10,200 12 56 118 71 45 -10.2

10,300 12 56 118 71 45 -10.3

10,400 12 56 118 71 45 -10.4

10,500 12 56 118 71 45 -10.5

10,600 12 56 118 71 45 -10.6

10,700 12 56 118 71 45 -10.7

10,800 12 56 118 71 45 -10.8

10,900 12 56 118 71 45 -10.9

11,000 12 56 118 71 45 -11

11,100 12 56 118 71 45 -11.1

11,200 12 56 118 71 45 -11.2

11,300 12 56 118 71 45 -11.3

11,400 12 56 118 71 45 -11.4

11,500 12 56 118 71 45 -11.5

11,550 12 56 118 71 45 -11.55

11,600 12 56 118 71 45 -11.6

11,700 12 56 118 71 45 -11.7

11,800 12 56 118 71 45 -11.8

11,900 12 56 118 71 45 -11.9

12,000 12 56 118 71 45 -12

12,100 14 60 124 77 45 -12.1

12,200 14 60 124 77 45 -12.2

12,250 14 60 124 77 45 -12.25

12,300 14 60 124 77 45 -12.3

12,400 14 60 124 77 45 -12.4

12,500 14 60 124 77 45 -12.5

12,600 14 60 124 77 45 -12.6

12,700 14 60 124 77 45 -12.7

12,750 14 60 124 77 45 -12.75

12,800 14 60 124 77 45 -12.8

12,900 14 60 124 77 45 -12.9

13,000 14 60 124 77 45 -13

13,100 14 60 124 77 45 -13.1

13,200 14 60 124 77 45 -13.2

13,300 14 60 124 77 45 -13.3

13,400 14 60 124 77 45 -13.4

13,500 14 60 124 77 45 -13.5

13,600 14 60 124 77 45 -13.6

13,700 14 60 124 77 45 -13.7

13,800 14 60 124 77 45 -13.8

13,900 14 60 124 77 45 -13.9

14,000 14 60 124 77 45 -14

14,100 16 63 133 83 48 -14.1

14,200 16 63 133 83 48 -14.2

14,300 16 63 133 83 48 -14.3

14,400 16 63 133 83 48 -14.4

14,500 16 63 133 83 48 -14.5

14,600 16 63 133 83 48 -14.6

14,700 16 63 133 83 48 -14.7

14,750 16 63 133 83 48 -14.75

14,800 16 63 133 83 48 -14.8



X·treme A3979XPL

Dcm7mm

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

15,000 16 63 133 83 48 -15

15,100 16 63 133 83 48 -15.1

15,200 16 63 133 83 48 -15.2

15,300 16 63 133 83 48 -15.3

15,500 16 63 133 83 48 -15.5

15,600 16 63 133 83 48 -15.6

15,700 16 63 133 83 48 -15.7

15,800 16 63 133 83 48 -15.8

15,900 16 63 133 83 48 -15.9

16,000 16 63 133 83 48 -16

16,100 18 71 143 93 48 -16.1

16,200 18 71 143 93 48 -16.2

16,300 18 71 143 93 48 -16.3

16,400 18 71 143 93 48 -16.4

16,500 18 71 143 93 48 -16.5

16,600 18 71 143 93 48 -16.6

16,700 18 71 143 93 48 -16.7

16,750 18 71 143 93 48 -16.75

16,800 18 71 143 93 48 -16.8

17,000 18 71 143 93 48 -17

17,200 18 71 143 93 48 -17.2

17,300 18 71 143 93 48 -17.3

17,500 18 71 143 93 48 -17.5

17,600 18 71 143 93 48 -17.6

17,700 18 71 143 93 48 -17.7

17,800 18 71 143 93 48 -17.8

18,000 18 71 143 93 48 -18

18,200 20 77 153 101 50 -18.2

18,500 20 77 153 101 50 -18.5

18,700 20 77 153 101 50 -18.7

18,800 20 77 153 101 50 -18.8

19,000 20 77 153 101 50 -19

19,500 20 77 153 101 50 -19.5

19,700 20 77 153 101 50 -19.7

19,800 20 77 153 101 50 -19.8

20,000 20 77 153 101 50 -20

20,500 25 86 166 108 56 -20.5

21,000 25 86 166 108 56 -21

21,500 25 86 166 108 56 -21.5

22,000 25 86 166 108 56 -22

22,500 25 91 173 115 56 -22.5

23,000 25 91 173 115 56 -23

23,500 25 91 173 115 56 -23.5

24,000 25 91 173 115 56 -24

24,500 25 97 180 122 56 -24.5

25,000 25 97 180 122 56 -25



X·treme A3299XPL

Dcm7mm

Ø inches / no.

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

3,000 6 14 62 20 36 -3

3,100 6 14 62 20 36 -3.1

3,175 1/8 6 14 62 20 36 -1/8IN

3,200 6 14 62 20 36 -3.2

3,250 6 14 62 20 36 -3.25

3,300 6 14 62 20 36 -3.3

3,400 6 14 62 20 36 -3.4

3,500 6 14 62 20 36 -3.5

3,572 9/64 6 14 62 20 36 -9/64IN

3,600 6 14 62 20 36 -3.6

3,650 6 14 62 20 36 -3.65

3,700 6 14 62 20 36 -3.7

3,800 6 17 66 24 36 -3.8

3,900 6 17 66 24 36 -3.9

3,969 5/32 6 17 66 24 36 -5/32IN

4,000 6 17 66 24 36 -4

4,100 6 17 66 24 36 -4.1

4,200 6 17 66 24 36 -4.2

4,300 6 17 66 24 36 -4.3

4,366 11/64 6 17 66 24 36 -11/64IN

4,400 6 17 66 24 36 -4.4

4,500 6 17 66 24 36 -4.5

4,600 6 17 66 24 36 -4.6

4,650 6 17 66 24 36 -4.65

4,700 6 17 66 24 36 -4.7

4,763 3/16 6 20 66 28 36 -3/16IN

4,800 6 20 66 28 36 -4.8

4,900 6 20 66 28 36 -4.9

5,000 6 20 66 28 36 -5

5,100 6 20 66 28 36 -5.1

5,159 13/64 6 20 66 28 36 -13/64IN

5,200 6 20 66 28 36 -5.2

5,300 6 20 66 28 36 -5.3

5,400 6 20 66 28 36 -5.4

5,500 6 20 66 28 36 -5.5

5,550 6 20 66 28 36 -5.55

5,556 7/32 6 20 66 28 36 -7/32IN

5,600 6 20 66 28 36 -5.6

5,700 6 20 66 28 36 -5.7

5,800 6 20 66 28 36 -5.8

5,900 6 20 66 28 36 -5.9

5,953 15/64 6 20 66 28 36 -15/64IN

6,000 6 20 66 28 36 -6

6,100 8 24 79 34 36 -6.1

6,200 8 24 79 34 36 -6.2

6,300 8 24 79 34 36 -6.3

6,350 1/4 8 24 79 34 36 - 1/4IN

6,400 8 24 79 34 36 -6.4

6,500 8 24 79 34 36 -6.5

6,600 8 24 79 34 36 -6.6

6,700 8 24 79 34 36 -6.7

6,747 17/64 8 24 79 34 36 -17/64IN

6,800 8 24 79 34 36 -6.8

6,900 8 24 79 34 36 -6.9

7,000 8 24 79 34 36 -7

7,100 8 29 79 41 36 -7.1

7,144 9/32 8 29 79 41 36 -9/32IN



X·treme A3299XPL

Dcm7mm

Ø inches / no.

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

7,200 8 29 79 41 36 -7.2

7,300 8 29 79 41 36 -7.3

7,400 8 29 79 41 36 -7.4

7,500 8 29 79 41 36 -7.5

7,541 19/64 8 29 79 41 36 -19/64IN

7,550 8 29 79 41 36 -7.55

7,600 8 29 79 41 36 -7.6

7,700 8 29 79 41 36 -7.7

7,800 8 29 79 41 36 -7.8

7,900 8 29 79 41 36 -7.9

7,938 5/16 8 29 79 41 36 -5/16IN

8,000 8 29 79 41 36 -8

8,100 10 35 89 47 40 -8.1

8,200 10 35 89 47 40 -8.2

8,300 10 35 89 47 40 -8.3

8,334 21/64 10 35 89 47 40 -21/64IN

8,400 10 35 89 47 40 -8.4

8,500 10 35 89 47 40 -8.5

8,600 10 35 89 47 40 -8.6

8,700 10 35 89 47 40 -8.7

8,731 11/32 10 35 89 47 40 -11/32IN

8,800 10 35 89 47 40 -8.8

8,900 10 35 89 47 40 -8.9

9,000 10 35 89 47 40 -9

9,100 10 35 89 47 40 -9.1

9,128 23/64 10 35 89 47 40 -23/64IN

9,200 10 35 89 47 40 -9.2

9,300 10 35 89 47 40 -9.3

9,400 10 35 89 47 40 -9.4

9,500 10 35 89 47 40 -9.5

9,525 3/8 10 35 89 47 40 -3/8IN

9,550 10 35 89 47 40 -9.55

9,600 10 35 89 47 40 -9.6

9,700 10 35 89 47 40 -9.7

9,800 10 35 89 47 40 -9.8

9,900 10 35 89 47 40 -9.9

9,922 25/64 10 35 89 47 40 -25/64IN

10,000 10 35 89 47 40 -10

10,100 12 40 102 55 45 -10.1

10,200 12 40 102 55 45 -10.2

10,300 12 40 102 55 45 -10.3

10,319 13/32 12 40 102 55 45 -13/32IN

10,400 12 40 102 55 45 -10.4

10,500 12 40 102 55 45 -10.5

10,600 12 40 102 55 45 -10.6

10,700 12 40 102 55 45 -10.7

10,716 27/64 12 40 102 55 45 -27/64IN

10,800 12 40 102 55 45 -10.8

10,900 12 40 102 55 45 -10.9

11,000 12 40 102 55 45 -11

11,100 12 40 102 55 45 -11.1

11,113 7/16 12 40 102 55 45 -7/16IN

11,200 12 40 102 55 45 -11.2

11,300 12 40 102 55 45 -11.2

11,400 12 40 102 55 45 -11.4

11,500 12 40 102 55 45 -11.5

11,509 29/64 12 40 102 55 45 -29/64IN



X·treme A3299XPL

Dcm7mm

Ø inches / no.

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

11,550 12 40 102 55 45 -11.55

11,600 12 40 102 55 45 -11.6

11,700 12 40 102 55 45 -11.7

11,800 12 40 102 55 45 -11.8

11,900 12 40 102 55 45 -11.9

11,906 15/32 12 40 102 55 45 -15/32IN

12,000 12 40 102 55 45 -12

12,100 14 43 107 60 45 -12.1

12,200 14 43 107 60 45 -12.2

12,250 14 43 107 60 45 -12.25

12,300 14 43 107 60 45 -12.3

12,303 31/64 14 43 107 60 45 -31/64IN

12,400 14 43 107 60 45 -12.4

12,500 14 43 107 60 45 -12.5

12,600 14 43 107 60 45 -12.6

12,700 14 43 107 60 45 -12.7

12,700 1/2 14 43 107 60 45 -1/2IN

12,750 14 43 107 60 45 -12.75

12,800 14 43 107 60 45 -12.8

12,900 14 43 107 60 45 -12.9

13,000 14 43 107 60 45 -13

13,100 14 43 107 60 45 -13.1

13,200 14 43 107 60 45 -13.2

13,300 14 43 107 60 45 -13.3

13,400 14 43 107 60 45 -13.4

13,494 17/32 14 43 107 60 45 -17/32IN

13,500 14 43 107 60 45 -13.5

13,600 14 43 107 60 45 -13.6

13,700 14 43 107 60 45 -13.7

13,800 14 43 107 60 45 -13.8

13,900 14 43 107 60 45 -13.9

14,000 14 43 107 60 45 -14

14,100 16 45 115 65 48 -14.1

14,200 16 45 115 65 48 -14.2

14,288 9/16 16 45 115 65 48 -9/16IN

14,300 16 45 115 65 48 -14.3

14,400 16 45 115 65 48 -14.4

14,500 16 45 115 65 48 -14.5

14,600 16 45 115 65 48 -14.6

14,700 16 45 115 65 48 -14.7

14,750 16 45 115 65 48 -14.75

14,800 16 45 115 65 48 -14.8

15,000 16 45 115 65 48 -15

15,100 16 45 115 65 48 -15.1

15,200 16 45 115 65 48 -15.2

15,300 16 45 115 65 48 -15.3

15,500 16 45 115 65 48 -15.5

15,600 16 45 115 65 48 -15.6

15,700 16 45 115 65 48 -15.7

15,800 16 45 115 65 48 -15.8

15,875 5/8 16 45 115 65 48 -5/8IN

15,900 16 45 115 65 48 -15.9

16,000 16 45 115 65 48 -16

16,100 18 51 123 73 48 -16.1

16,200 18 51 123 73 48 -16.2

16,300 18 51 123 73 48 -16.3

16,400 18 51 123 73 48 -16.4



X·treme A3299XPL

Dcm7mm

Ø inches / no.

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

16,500 18 51 123 73 48 -16.5

16,600 18 51 123 73 48 -16.6

16,700 18 51 123 73 48 -16.7

16,750 18 51 123 73 48 -16.75

16,800 18 51 123 73 48 -16.8

17,000 18 51 123 73 48 -17

17,200 18 51 123 73 48 -17.2

17,300 18 51 123 73 48 -17.3

17,500 18 51 123 73 48 -17.5

17,600 18 51 123 73 48 -17.6

17,700 18 51 123 73 48 -17.7

17,800 18 51 123 73 48 -17.8

18,000 18 51 123 73 48 -18

18,200 20 55 131 79 50 -18.2

18,500 20 55 131 79 50 -18.5

18,700 20 55 131 79 50 -18.7

18,800 20 55 131 79 50 -18.8

19,000 20 55 131 79 50 -19

19,050 3/4 20 55 131 79 50 -3/4IN

19,500 20 55 131 79 50 -19.5

19,700 20 55 131 79 50 -19.7

19,800 20 55 131 79 50 -19.8

20,000 20 55 131 79 50 -20

X·treme A3899XPL

Dcm7mm

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

3,000 6 14 62 20 36 -3

3,100 6 14 62 20 36 -3.1

3,200 6 14 62 20 36 -3.2

3,250 6 14 62 20 36 -3.25

3,300 6 14 62 20 36 -3.3

3,400 6 14 62 20 36 -3.4

3,500 6 14 62 20 36 -3.5

3,600 6 14 62 20 36 -3.6

3,650 6 14 62 20 36 -3.65

3,700 6 14 62 20 36 -3.7

3,800 6 17 66 24 36 -3.8

3,900 6 17 66 24 36 -3.9

4,000 6 17 66 24 36 -4

4,100 6 17 66 24 36 -4.1

4,200 6 17 66 24 36 -4.2

4,300 6 17 66 24 36 -4.3

4,400 6 17 66 24 36 -4.4

4,500 6 17 66 24 36 -4.5

4,600 6 17 66 24 36 -4.6

4,650 6 17 66 24 36 -4.65

4,700 6 17 66 24 36 -4.7

4,800 6 20 66 28 36 -4.8

4,900 6 20 66 28 36 -4.9

5,000 6 20 66 28 36 -5

5,100 6 20 66 28 36 -5.1

5,200 6 20 66 28 36 -5.2



X·treme A3899XPL

Dcm7mm

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

5,300 6 20 66 28 36 -5.3

5,400 6 20 66 28 36 -5.4

5,500 6 20 66 28 36 -5.5

5,550 6 20 66 28 36 -5.55

5,600 6 20 66 28 36 -5.6

5,700 6 20 66 28 36 -5.7

5,800 6 20 66 28 36 -5.8

5,900 6 20 66 28 36 -5.9

6,000 6 20 66 28 36 -6

6,100 8 24 79 34 36 -6.1

6,200 8 24 79 34 36 -6.2

6,300 8 24 79 34 36 -6.3

6,400 8 24 79 34 36 -6.4

6,500 8 24 79 34 36 -6.5

6,600 8 24 79 34 36 -6.6

6,700 8 24 79 34 36 -6.7

6,800 8 24 79 34 36 -6.8

6,900 8 24 79 34 36 -6.9

7,000 8 24 79 34 36 -7

7,100 8 29 79 41 36 -7.1

7,200 8 29 79 41 36 -7.2

7,300 8 29 79 41 36 -7.3

7,400 8 29 79 41 36 -7.4

7,500 8 29 79 41 36 -7.5

7,550 8 29 79 41 36 -7.55

7,600 8 29 79 41 36 -7.6

7,700 8 29 79 41 36 -7.7

7,800 8 29 79 41 36 -7.8

7,900 8 29 79 41 36 -7.9

8,000 8 29 79 41 36 -8

8,100 10 35 89 47 40 -8.1

8,200 10 35 89 47 40 -8.2

8,300 10 35 89 47 40 -8.3

8,400 10 35 89 47 40 -8.4

8,500 10 35 89 47 40 -8.5

8,600 10 35 89 47 40 -8.6

8,700 10 35 89 47 40 -8.7

8,800 10 35 89 47 40 -8.8

8,900 10 35 89 47 40 -8.9

9,000 10 35 89 47 40 -9

9,100 10 35 89 47 40 -9.1

9,200 10 35 89 47 40 -9.2

9,300 10 35 89 47 40 -9.3

9,400 10 35 89 47 40 -9.4

9,500 10 35 89 47 40 -9.5

9,550 10 35 89 47 40 -9.55

9,600 10 35 89 47 40 -9.6

9,700 10 35 89 47 40 -9.7

9,800 10 35 89 47 40 -9.8

9,900 10 35 89 47 40 -9.9

10,000 10 35 89 47 40 -10

10,100 12 40 102 55 45 -10.1

10,200 12 40 102 55 45 -10.2

10,300 12 40 102 55 45 -10.3

10,400 12 40 102 55 45 -10.4

10,500 12 40 102 55 45 -10.5

10,600 12 40 102 55 45 -10.6



X·treme A3899XPL

Dcm7mm

d1h6

mmLc

mml1

mml2

mml5


d1

Lcl5

l1

Dc

l2

10,700 12 40 102 55 45 -10.7

10,800 12 40 102 55 45 -10.8

10,900 12 40 102 55 45 -10.9

11,000 12 40 102 55 45 -11

11,100 12 40 102 55 45 -11.1

11,200 12 40 102 55 45 -11.2

11,300 12 40 102 55 45 -11.3

11,400 12 40 102 55 45 -11.4

11,500 12 40 102 55 45 -11.5

11,550 12 40 102 55 45 -11.55

11,600 12 40 102 55 45 -11.6

11,700 12 40 102 55 45 -11.7

11,800 12 40 102 55 45 -11.8

11,900 12 40 102 55 45 -11.9

12,000 12 40 102 55 45 -12

12,100 14 43 107 60 45 -12.1

12,200 14 43 107 60 45 -12.2

12,250 14 43 107 60 45 -12.25

12,300 14 43 107 60 45 -12.3

12,400 14 43 107 60 45 -12.4

12,500 14 43 107 60 45 -12.5

12,600 14 43 107 60 45 -12.6

12,700 14 43 107 60 45 -12.7

12,750 14 43 107 60 45 -12.75

12,800 14 43 107 60 45 -12.8

12,900 14 43 107 60 45 -12.9

13,000 14 43 107 60 45 -13

13,100 14 43 107 60 45 -13.1

13,200 14 43 107 60 45 -13.2

13,300 14 43 107 60 45 -13.3

13,400 14 43 107 60 45 -13.4

13,500 14 43 107 60 45 -13.5

13,600 14 43 107 60 45 -13.6

13,700 14 43 107 60 45 -13.7

13,800 14 43 107 60 45 -13.8

13,900 14 43 107 60 45 -13.9

14,000 14 43 107 60 45 -14

14,100 16 45 115 65 48 -14.1

14,200 16 45 115 65 48 -14.2

14,300 16 45 115 65 48 -14.3

14,400 16 45 115 65 48 -14.4

14,500 16 45 115 65 48 -14.5

14,600 16 45 115 65 48 -14.6

14,700 16 45 115 65 48 -14.7

14,750 16 45 115 65 48 -14.75

14,800 16 45 115 65 48 -14.8

15,000 16 45 115 65 48 -15

15,100 16 45 115 65 48 -15.1

15,200 16 45 115 65 48 -15.2

15,300 16 45 115 65 48 -15.3

15,500 16 45 115 65 48 -15.5

15,600 16 45 115 65 48 -15.6



X·treme A3899XPL

Dcm7mm

d1h6

mmLc

mml1

mml2

mml5


15,700 16 45 115 65 48 -15.7

15,800 16 45 115 65 48 -15.8

15,900 16 45 115 65 48 -15.9

16,000 16 45 115 65 48 -16

16,100 18 51 123 73 48 -16.1

d1

Lcl5

l1

Dc

l2

16,200 18 51 123 73 48 -16.2

16,300 18 51 123 73 48 -16.3

16,400 18 51 123 73 48 -16.4

16,500 18 51 123 73 48 -16.5

16,600 18 51 123 73 48 -16.6

16,700 18 51 123 73 48 -16.7

16,750 18 51 123 73 48 -16.75

16,800 18 51 123 73 48 -16.8

17,000 18 51 123 73 48 -17

17,200 18 51 123 73 48 -17.2

17,300 18 51 123 73 48 -17.3

17,500 18 51 123 73 48 -17.5

17,600 18 51 123 73 48 -17.6

17,700 18 51 123 73 48 -17.7

17,800 18 51 123 73 48 -17.8

18,000 18 51 123 73 48 -18

18,200 20 55 131 79 50 -18.2

18,500 20 55 131 79 50 -18.5

18,700 20 55 131 79 50 -18.7

18,800 20 55 131 79 50 -18.8

19,000 20 55 131 79 50 -19

19,500 20 55 131 79 50 -19.5

19,700 20 55 131 79 50 -19.7

19,800 20 55 131 79 50 -19.8

20,000 20 55 131 79 50 -20



X·treme DM8 A6489AMP

Dcm7mm

Ø inches/no.

d1h6

mmLc

mml1

mml2

mml5

mmDesignationA6489AMP…

d1

Lc

l5l1

Dc

l2

2,000 3 20 63 23 35 -2

2,050 3 20 63 24 35 -2.05

2,100 3 20 63 24 35 -2.1

2,150 3 21 63 25 34 -2.15

2,200 3 21 63 25 34 -2.2

2,250 3 22 67 26 37 -2.25

2,300 3 22 67 26 37 -2.30

2,350 3 24 67 28 35 -2.35

2,381 3/32 3 24 67 28 35 -3/32IN

2,400 3 24 67 28 35 -2.4

2,450 3 25 67 29 34 -2.45

2,500 3 25 67 29 34 -2.5

2,550 3 26 71 30 37 -2.55

2,600 3 26 71 30 37 -2.6

2,650 3 26 71 31 37 -2.65

2,700 3 26 71 31 37 -2.7

2,750 3 27 71 32 36 -2.75

2,778 7/64 3 27 71 32 36 -7/64IN

2,800 3 27 71 32 36 -2.8

2,850 3 28 71 33 35 -2.85

2,900 3 28 71 33 35 -2.9

2,950 3 29 71 34 34 -2,95

X·treme M A3389AML

Dcm7mm

Ø inches/no.

d1h6

mmLc

mml1

mml2

mml5

mmDesignationA3389AML…

d1

Lc

l5l1

Dc

l2

2,000 3 14 57 17 35 -2

2,050 3 14 57 18 35 -2.05

2,100 3 14 57 18 35 -2.1

2,150 3 15 57 19 34 -2.15

2,200 3 15 57 19 34 -2.2

2,250 3 16 59 20 35 -2.25

2,300 3 16 59 20 35 -2.30

2,350 3 16 59 20 35 -2.35

2,381 3/32 3 16 59 20 35 -3/32IN

2,400 3 16 59 20 35 -2.4

2,450 3 17 59 21 34 -2.45

2,500 3 17 59 21 34 -2.5

2,550 3 18 62 22 36 -2.55

2,600 3 18 62 22 36 -2.6

2,650 3 18 62 23 36 -2.65

2,700 3 18 62 23 36 -2.7

2,750 3 19 62 24 35 2.75

2,778 7/64 3 19 62 24 35 -7/64IN

2,800 3 19 62 24 35 -2.8

2,850 3 20 62 25 34 -2.85

2,900 3 20 62 25 34 -2.9

2,950 3 20 62 25 34 -2.95



X·treme DM12 A6589AMP

Dch7

mmØ

inches/no.

d1h6

mmLc

mml1

mml2

mml5

mmDesignationA6589AMP…

d1

Lc

l5l1

Dc

l2

2,000 3 28 72 31 36 -2

2,100 3 29 72 33 35 -2.1

2,200 3 30 72 34 34 -2.2

2,300 3 32 77 36 37 -2.3

2,381 3/32 3 33 77 37 36 -3/32IN

2,400 3 33 77 37 36 -2.4

2,500 3 35 77 39 34 -2.5

2,600 3 36 83 40 39 -2.6

2,700 3 37 83 42 38 -2.7

2,778 7/64 3 38 83 43 37 -7/64IN

2,800 3 38 83 43 37 -2.8

2,900 3 40 83 45 35 -2.9

Solid carbide centre drill K1161XPL

Dck12mm

d1h9

mml1

mmDesignationK1161XPL...

d1

l1

Dc 0,5 3,15 25 -0.5

0,8 3,15 25 -0.8

1 3,15 31,5 -1

1,25 3,15 31,5 -1.25

1,6 4 31,5 -1.6

2 5 40 -2

2,5 6,3 45 -2.5

3,15 8 50 -3.15

4 10 56 -4

5 12,5 63 -5

6,3 16 71 -6.3

NEW2012


86

HM-NC machine reaming tools F2171

Dcmm

d1h6

mmLc

mml1

mml5

mmDesignation

F2171…

d1

Lcl1

Dc

l5

2 4 12 49 28 -2

2,5 4 16 59 28 -2.5

3 4 17 62,5 28 -3

3,2 4 18 65 28 -3.2

3,5 4 18 70 28 -3.5

4 4 19 75 28 -4

4,5 6 21 80 36 -4.5

5 6 23 86 36 -5

5,5 6 26 93 36 -5.5

6 6 26 93 36 -6

6,5 6 28 101 36 -6.5

7 8 31 109 36 -7

7,5 8 31 109 36 -7.5

8 8 33 117 36 -8

8,5 8 33 117 36 -8.5

9 10 36 125 40 -9

10 10 38 133 40 -10

11 12 41 142 45 -11

12 12 44 151 45 -12

13 12 44 151 45 -13

14 16 47 160 48 -14

15 16 50 162 48 -15

16 16 52 170 48 -16

18 18 52 182 48 -18

20 20 52 195 50 -20

HM-NC machine reaming tools F2162

Dcmm

d1h6

mmLc

mml1

mml5

mmDesignation

F2162…

d1

Lcl1

l5

Dc4 4 19 75 28 -4

4,5 6 21 80 36 -4.5

5 6 23 86 36 -5

5,5 6 26 93 36 -5.5

6 6 26 93 36 -6

6,5 6 28 101 36 -6.5

7 8 31 109 36 -7

7,5 8 31 109 36 -7.5

8 8 33 117 36 -8

8,5 8 33 117 36 -8.5

9 10 36 125 40 -9

9,5 10 36 125 40 -9,5

10 10 38 133 40 -10

11 12 41 142 45 -11

12 12 44 151 45 -12

13 12 44 151 45 -13

14 16 47 160 48 -14

15 16 50 162 48 -15

16 16 52 170 48 -16

17 18 52 175 48 -17

18 18 52 182 48 -18

20 20 52 195 50 -20

NEW2012

NEW2012



Mat

eria

l gro

up

Solid carbide drills 3 x Dc Solid carbide drills 5 x Dc Pilot drills Centring drills Reaming tools

Designation K3299XPLK3899XPL K3879XPL A3393TTP K3281TFT K1161XPL F2162 F2171

Type X·treme Step 90 X·treme Step 90 X·treme Inox X·treme Pilot Step 90 - straight-fluted Left-hand spiralDimensions Walter standard Walter standard DIN 6537 L Walter standard DIN 333 - form A Walter standard Walter standard

Ø range (mm) 3,30 – 14,00 3,30 – 14,50 3,00 – 20,00 3,00 – 16,00 0,50 – 6,30 2,00 – 20,00 2,00 – 20,00Cutting tool material K30F K30F K30F K30F K10/20 K10 K10

Coating XPL XPL TPP TFT XPL blank blankPage ¤58¤ ¤58¤ ¤60¤ ¤59¤ ¤85¤ ¤86¤ ¤86¤

Structure of main material groups and identification letters

Brin

ell h

ardn

ess

HB

Tens

ile s

tren

gth

R mN

/mm

2

Mac

hini

ng g

roup

1

Workpiece materialvc VRR vc VRR vc VRR vc VRR vc VRR vc VRR vc VRR

P

Non-alloyed steel

C ≤ 0.25% annealed 125 428 P1 140 12 E O M L 110 12 E O M L 150 10 E O M L 120 12 E O M L 72 6 E O M L 24 8 E O 24 8 E OC > 0.25... ≤ 0.55% annealed 190 639 P2 140 12 E O M L 120 12 E O M L 110 10 E O M L 105 12 E O M L 68 6 E O M L 22 8 E O 22 8 E OC > 0.25... ≤ 0.55% heat treated 210 708 P3 130 12 E O M L 110 12 E O M L 100 10 E O M L 100 12 E O M L 63 6 E O M L 21 8 E O 21 8 E OC > 0.55% annealed 190 639 P4 140 12 E O M L 120 12 E O M L 110 10 E O M L 105 12 E O M L 68 6 E O M L 22 8 E O 22 8 E OC > 0.55% heat treated 300 1013 P5 105 10 E O M L 95 10 E O M L 75 9 E O M L 48 5 E O M L 16 8 E O 16 8 E OMachining steel (short-chipping) annealed 220 745 P6 150 12 E O M L 110 12 E O M L 135 12 E O M L 120 12 E O M L 72 6 E O M L 24 8 E O 24 8 E O

Low-alloyed steel

annealed 175 591 P7 140 12 E O M L 120 12 E O M L 110 10 E O M L 105 12 E O M L 68 6 E O M L 22 8 E O 22 8 E Oheat treated 300 1013 P8 105 10 E O M L 95 10 E O M L 75 9 E O M L 48 5 E O M L 16 8 E O 16 8 E Oheat treated 380 1282 P9 80 7 O E 63 7 O E 50 6 O E M L 32 3 O E 10 8 O E 10 8 O Eheat treated 430 1477 P10 63 5 O E 48 5 O E 42 4 O E 24 2 O E 6 8 O E 6 8 O E


annealed 200 675 P11 71 9 E O 63 9 E O 67 9 E O 42 4 E O 14 8 E O 14 8 E Ohardened and tempered 300 1013 P12 95 9 E O 80 9 E O 60 7 E O M L 38 4 E O 12 8 E O 12 8 E Ohardened and tempered 400 1361 P13 63 5 O E 48 5 O E 42 4 O E 24 2 O E 8 8 O E 8 8 O E

Stainless steelferritic/martensitic, annealed 200 675 P14 71 9 E O 63 9 E O 90 9 E O 67 9 E O 42 4 E O 14 8 E O 14 8 E Omartensitic, heat treated 330 1114 P15 40 8 E O 40 7 E O 50 8 E O 42 7 E O 32 3 E O 10 8 E O 10 8 E O

M Stainless steelaustenitic, quench hardened 200 675 M1 50 6 E O 50 6 E O 42 5 E O 8 8 8 8austenitic, precipitation hardened (PH) 300 1013 M2 45 6 E O 53 6 E O 65 6 E O 56 6 E O 21 3 E O 12 8 12 8austenitic/ferritic, duplex 230 778 M3 34 5 E O 50 6 E O 34 5 E O 6 8 6 8

K

Malleable cast ironferritic 200 675 K1 100 16 E O M L 90 16 E O M L 100 16 E O M L 72 8 E O M L 20 8 E O 20 8 E Opearlitic 260 867 K2 63 10 E O M L 90 16 E O M L 75 16 E O M L 58 7 E O M L 16 8 E O 16 8 E O

Grey cast ironlow tensile strength 180 602 K3 125 16 E O M L 110 16 E O M L 120 16 E O M L 86 8 E O M L 24 8 E O 24 8 E Ohigh tensile strength/austenitic 245 825 K4 105 16 E O M L 95 16 E O M L 100 16 E O M L 72 8 E O M L 20 8 E O 20 8 E O

Cast iron with spheroidal graphiteferritic 155 518 K5 130 16 E O M L 110 16 E O M L 95 20 E M L 72 8 E O M L 20 8 E O 20 8 E Opearlitic 265 885 K6 95 16 E O M L 90 16 E O M L 75 16 E O M L 58 7 E O M L 16 8 E O 16 8 E O

GGV (CGI) 200 675 K7 110 16 E O M L 100 16 E O M L 85 20 O E M L 65 8 E O M L 18 8 E O 18 8 E O

N

Aluminium wrought alloysnot precipitation hardenable 30 – N1 400 16 E O M 260 10 E O 450 16 E O M 400 16 E O M 130 5 E O 63 10 E O 63 10 E Oprecipitation hardenable, precipitation hardened 100 343 N2 400 16 E O M 260 10 E O 450 16 E O M 400 16 E O M 130 5 E O 63 10 E O 63 10 E O

Cast aluminium alloys≤ 12% Si, not precipitation hardenable 75 260 N3 250 16 E O M 240 16 E O 250 16 E O M 250 16 E O M 105 7 E O 50 10 E O 50 10 E O≤ 12% Si, precipitation hardenable, precipitation hardened 90 314 N4 240 16 E O M 210 16 E O 240 16 E O M 240 16 E O M 90 7 E O 45 10 E O 45 10 E O> 12% Si, not precipitation hardenable 130 447 N5 190 16 E O M 170 12 E O 190 16 E O M 190 16 E O M 71 7 E O 36 10 E O 36 10 E O

Magnesium alloys 70 250 N6 240 16 M L 240 16 M L 240 16 M L 90 7 M L 45 10 O 45 10 O


non-alloyed, electrolytic copper 100 343 N7 190 8 E O M 200 7 E O M 210 9 E O M 210 9 E O M 90 3 E O M 45 10 E O 45 10 E Obrass, bronze, red brass 90 314 N8 160 10 E O 170 12 E O 180 12 E O 180 12 E O 75 6 E O 36 10 E O 36 10 E OCu-alloys, short-chipping 110 382 N9 190 16 E O M 190 16 E O M L 190 16 E O M 190 16 E O M 80 8 E O M L 40 10 E O 40 10 E Ohigh-strength, Ampco 300 1013 N10 60 5 E O 67 5 E O 60 7 E O 60 7 E O M 48 5 E O 12 10 E O 12 10 E O

S


Fe-basedannealed 200 675 S1 50 6 E O 48 6 E O 42 5 E O 33 2 O E 12 8 E O 12 8 E Oprecipitation hardened 280 943 S2 30 5 O E 36 5 O E 26 4 O E 15 2 O E 10 8 E O 10 8 E O

Ni or Co baseannealed 250 839 S3 34 5 E O 40 5 E O 32 4 E O 27 2 O E 10 8 E O 10 8 E Oprecipitation hardened 350 1177 S4 19 4 O E 24 4 O E 16 3 O E 10 1 O E 6 8 E O 6 8 E Ocast 320 1076 S5 26 4 O E 30 4 O E 20 3 O E 12 1 O E 6 8 E O 6 8 E O

Titanium alloyspure titanium 200 675 S6 56 6 O E 42 5 O E 60 6 O E 56 6 O E 10 8 E O 10 8 E O+α and β alloys, precipitation hardened 375 1262 S7 50 5 O E 36 4 O E 53 5 O E 48 5 O E 8 8 E O 8 8 E Oβ alloys 410 1396 S8 12,5 4 O E 18 4 O E 12 3 O E 6 8 E O 6 8 E O

Tungsten alloys 300 1013 S9 60 5 E O 67 5 E O 120 9 E O 60 7 E O M 48 5 E O 12 8 E O 12 8 E OMolybdenum alloys 300 1013 S10 60 5 E O 67 5 E O 120 9 E O 60 7 E O M 48 5 E O 12 8 E O 12 8 E O

H Hardened steelhardened and tempered 50 HRC – H1 48 4 O E 34 4 O E 36 3 O E 19 2 O Ehardened and tempered 55 HRC – H2 32 3 O E 26 3 O E 31 3 O Ehardened and tempered 60 HRC – H3

Hardened cast iron hardened and tempered 55 HRC – H4 32 3 O E 26 3 O E 31 3 O E

O

Thermoplasts without abrasive fillers O1 100 16 E O 95 16 E O 130 16 E O 100 16 E O 45 7 E O 22 8 E 22 8 EThermosetting plastics without abrasive fillers O2 45 7 E O 22 8 L 22 8 LPlastic, glass-fibre reinforced GFRP O3 35 6 L 16 8 L 16 8 LPlastic, carbon-fibre reinforced CFRP O4 25 5 LPlastic, aramid fibre reinforced AFRP O5 45 7 LGraphite (technical) 80 Shore O6 25 5 L

1 The classification of the machining groups can be found in the Walter General catalogue 2012 from page ¤H 8¤ onwards.

E = EmulsionO = OilM = MQLL = dry

= Cutting data for wet machining

= dry machining is possible, cutting data must be selected from TEC

vC = Cutting speedVCRR = vc rating chart from page ¤B 382¤

VRR = feed rating chart from page ¤B 384¤

Cutting data



Mat

eria

l gro

up

Solid carbide drills 3 x Dc Solid carbide drills 5 x Dc Pilot drills Centring drills Reaming tools

Designation K3299XPLK3899XPL K3879XPL A3393TTP K3281TFT K1161XPL F2162 F2171

Type X·treme Step 90 X·treme Step 90 X·treme Inox X·treme Pilot Step 90 - straight-fluted Left-hand spiralDimensions Walter standard Walter standard DIN 6537 L Walter standard DIN 333 - form A Walter standard Walter standard

Ø range (mm) 3,30 – 14,00 3,30 – 14,50 3,00 – 20,00 3,00 – 16,00 0,50 – 6,30 2,00 – 20,00 2,00 – 20,00Cutting tool material K30F K30F K30F K30F K10/20 K10 K10

Coating XPL XPL TPP TFT XPL blank blankPage ¤58¤ ¤58¤ ¤60¤ ¤59¤ ¤85¤ ¤86¤ ¤86¤


Brin

ell h

ardn

ess

HB

Tens

ile s

tren

gth

R mN

/mm

2

Mac

hini

ng g

roup

1

Workpiece materialvc VRR vc VRR vc VRR vc VRR vc VRR vc VRR vc VRR

P

Non-alloyed steel

C ≤ 0.25% annealed 125 428 P1 140 12 E O M L 110 12 E O M L 150 10 E O M L 120 12 E O M L 72 6 E O M L 24 8 E O 24 8 E OC > 0.25... ≤ 0.55% annealed 190 639 P2 140 12 E O M L 120 12 E O M L 110 10 E O M L 105 12 E O M L 68 6 E O M L 22 8 E O 22 8 E OC > 0.25... ≤ 0.55% heat treated 210 708 P3 130 12 E O M L 110 12 E O M L 100 10 E O M L 100 12 E O M L 63 6 E O M L 21 8 E O 21 8 E OC > 0.55% annealed 190 639 P4 140 12 E O M L 120 12 E O M L 110 10 E O M L 105 12 E O M L 68 6 E O M L 22 8 E O 22 8 E OC > 0.55% heat treated 300 1013 P5 105 10 E O M L 95 10 E O M L 75 9 E O M L 48 5 E O M L 16 8 E O 16 8 E OMachining steel (short-chipping) annealed 220 745 P6 150 12 E O M L 110 12 E O M L 135 12 E O M L 120 12 E O M L 72 6 E O M L 24 8 E O 24 8 E O

Low-alloyed steel

annealed 175 591 P7 140 12 E O M L 120 12 E O M L 110 10 E O M L 105 12 E O M L 68 6 E O M L 22 8 E O 22 8 E Oheat treated 300 1013 P8 105 10 E O M L 95 10 E O M L 75 9 E O M L 48 5 E O M L 16 8 E O 16 8 E Oheat treated 380 1282 P9 80 7 O E 63 7 O E 50 6 O E M L 32 3 O E 10 8 O E 10 8 O Eheat treated 430 1477 P10 63 5 O E 48 5 O E 42 4 O E 24 2 O E 6 8 O E 6 8 O E


annealed 200 675 P11 71 9 E O 63 9 E O 67 9 E O 42 4 E O 14 8 E O 14 8 E Ohardened and tempered 300 1013 P12 95 9 E O 80 9 E O 60 7 E O M L 38 4 E O 12 8 E O 12 8 E Ohardened and tempered 400 1361 P13 63 5 O E 48 5 O E 42 4 O E 24 2 O E 8 8 O E 8 8 O E

Stainless steelferritic/martensitic, annealed 200 675 P14 71 9 E O 63 9 E O 90 9 E O 67 9 E O 42 4 E O 14 8 E O 14 8 E Omartensitic, heat treated 330 1114 P15 40 8 E O 40 7 E O 50 8 E O 42 7 E O 32 3 E O 10 8 E O 10 8 E O

M Stainless steelaustenitic, quench hardened 200 675 M1 50 6 E O 50 6 E O 42 5 E O 8 8 8 8austenitic, precipitation hardened (PH) 300 1013 M2 45 6 E O 53 6 E O 65 6 E O 56 6 E O 21 3 E O 12 8 12 8austenitic/ferritic, duplex 230 778 M3 34 5 E O 50 6 E O 34 5 E O 6 8 6 8

K

Malleable cast ironferritic 200 675 K1 100 16 E O M L 90 16 E O M L 100 16 E O M L 72 8 E O M L 20 8 E O 20 8 E Opearlitic 260 867 K2 63 10 E O M L 90 16 E O M L 75 16 E O M L 58 7 E O M L 16 8 E O 16 8 E O

Grey cast ironlow tensile strength 180 602 K3 125 16 E O M L 110 16 E O M L 120 16 E O M L 86 8 E O M L 24 8 E O 24 8 E Ohigh tensile strength/austenitic 245 825 K4 105 16 E O M L 95 16 E O M L 100 16 E O M L 72 8 E O M L 20 8 E O 20 8 E O

Cast iron with spheroidal graphiteferritic 155 518 K5 130 16 E O M L 110 16 E O M L 95 20 E M L 72 8 E O M L 20 8 E O 20 8 E Opearlitic 265 885 K6 95 16 E O M L 90 16 E O M L 75 16 E O M L 58 7 E O M L 16 8 E O 16 8 E O

GGV (CGI) 200 675 K7 110 16 E O M L 100 16 E O M L 85 20 O E M L 65 8 E O M L 18 8 E O 18 8 E O

N

Aluminium wrought alloysnot precipitation hardenable 30 – N1 400 16 E O M 260 10 E O 450 16 E O M 400 16 E O M 130 5 E O 63 10 E O 63 10 E Oprecipitation hardenable, precipitation hardened 100 343 N2 400 16 E O M 260 10 E O 450 16 E O M 400 16 E O M 130 5 E O 63 10 E O 63 10 E O

Cast aluminium alloys≤ 12% Si, not precipitation hardenable 75 260 N3 250 16 E O M 240 16 E O 250 16 E O M 250 16 E O M 105 7 E O 50 10 E O 50 10 E O≤ 12% Si, precipitation hardenable, precipitation hardened 90 314 N4 240 16 E O M 210 16 E O 240 16 E O M 240 16 E O M 90 7 E O 45 10 E O 45 10 E O> 12% Si, not precipitation hardenable 130 447 N5 190 16 E O M 170 12 E O 190 16 E O M 190 16 E O M 71 7 E O 36 10 E O 36 10 E O

Magnesium alloys 70 250 N6 240 16 M L 240 16 M L 240 16 M L 90 7 M L 45 10 O 45 10 O


non-alloyed, electrolytic copper 100 343 N7 190 8 E O M 200 7 E O M 210 9 E O M 210 9 E O M 90 3 E O M 45 10 E O 45 10 E Obrass, bronze, red brass 90 314 N8 160 10 E O 170 12 E O 180 12 E O 180 12 E O 75 6 E O 36 10 E O 36 10 E OCu-alloys, short-chipping 110 382 N9 190 16 E O M 190 16 E O M L 190 16 E O M 190 16 E O M 80 8 E O M L 40 10 E O 40 10 E Ohigh-strength, Ampco 300 1013 N10 60 5 E O 67 5 E O 60 7 E O 60 7 E O M 48 5 E O 12 10 E O 12 10 E O

S


Fe-basedannealed 200 675 S1 50 6 E O 48 6 E O 42 5 E O 33 2 O E 12 8 E O 12 8 E Oprecipitation hardened 280 943 S2 30 5 O E 36 5 O E 26 4 O E 15 2 O E 10 8 E O 10 8 E O

Ni or Co baseannealed 250 839 S3 34 5 E O 40 5 E O 32 4 E O 27 2 O E 10 8 E O 10 8 E Oprecipitation hardened 350 1177 S4 19 4 O E 24 4 O E 16 3 O E 10 1 O E 6 8 E O 6 8 E Ocast 320 1076 S5 26 4 O E 30 4 O E 20 3 O E 12 1 O E 6 8 E O 6 8 E O

Titanium alloyspure titanium 200 675 S6 56 6 O E 42 5 O E 60 6 O E 56 6 O E 10 8 E O 10 8 E O+α and β alloys, precipitation hardened 375 1262 S7 50 5 O E 36 4 O E 53 5 O E 48 5 O E 8 8 E O 8 8 E Oβ alloys 410 1396 S8 12,5 4 O E 18 4 O E 12 3 O E 6 8 E O 6 8 E O

Tungsten alloys 300 1013 S9 60 5 E O 67 5 E O 120 9 E O 60 7 E O M 48 5 E O 12 8 E O 12 8 E OMolybdenum alloys 300 1013 S10 60 5 E O 67 5 E O 120 9 E O 60 7 E O M 48 5 E O 12 8 E O 12 8 E O

H Hardened steelhardened and tempered 50 HRC – H1 48 4 O E 34 4 O E 36 3 O E 19 2 O Ehardened and tempered 55 HRC – H2 32 3 O E 26 3 O E 31 3 O Ehardened and tempered 60 HRC – H3

Hardened cast iron hardened and tempered 55 HRC – H4 32 3 O E 26 3 O E 31 3 O E

O

Thermoplasts without abrasive fillers O1 100 16 E O 95 16 E O 130 16 E O 100 16 E O 45 7 E O 22 8 E 22 8 EThermosetting plastics without abrasive fillers O2 45 7 E O 22 8 L 22 8 LPlastic, glass-fibre reinforced GFRP O3 35 6 L 16 8 L 16 8 LPlastic, carbon-fibre reinforced CFRP O4 25 5 LPlastic, aramid fibre reinforced AFRP O5 45 7 LGraphite (technical) 80 Shore O6 25 5 L

1 The classification of the machining groups can be found in the Walter General catalogue 2012 from page ¤H 8¤ onwards. The specified cutting data are average recommended values. For special applications, adjustment is recommended.


ISOturning ¤4¤

Grooving ¤14¤




PCDdrills ¤56¤


Walter ¤91¤

Drills ¤92¤






HSS-Etaps ¤106¤






Ball-noseendmills ¤162¤


Walter ¤177¤



Facemills ¤186¤

Copymills ¤190¤



Adaptors ¤218¤



_TOOlInnOvATIOnSInDrIllInG

Extremelyaccurate,extremelyefficient.



DrIll

WalterTiger·tec®Silver–thenewforceinmachining.

Extremelysmoothrakefacetominimisewear

Silvercolouredflankfaceforextremelyeasyweardetectionduringuse

Extremelystablecuttingedgesforhighlevelofprocessreliability

92

Tiger·tec®Silver Types:P484xWKP25SandWKP35S

NEW2012

THEPERFECTCUTTINGTOOLMATERIALFORDRILLING.

TheTiger·tec®Silvertechnologyenablesoptimisedper-formanceofindexabledrillinginsertsanda100%increaseinoutput.

THEINDEXABLEINSERT

– Outerindexableinsertwithincreasedwearresistanceduetoitsuniquealuminiumoxidelayeridealforuseasaperipheralcuttingedge

– TougherthanpreviousTiger·tec®CvDcoatings.Optimisedresidualstrengthandacombinationoftoughnessandwearresistancemakethisthefirstchoiceforacentreinsert

– lowwearduetoextremelysmoothrakeface

THEAPPLICATION

– ThenewWKP35SandWKP25STiger·tec®SilvercuttingtoolmaterialsareidealfordrillingISOPandISOKmaterials

THEADVANTAGES

– Upto100%increaseinoutput– reliableandeasyweardetection– Shortermachiningtimes– reducedchangeovertimes– reductionintotalcosts– Increasedmachinecapacityutilisation– Outstandingprocessreliability


SUBlInEÜBErHEADlInE(1.1)

Headlineingrün(1.2),auchfürUmbrücheals3-Zeilermöglich.Headlineingrün,auchfürUmbrücheals3-Zeilermöglich.

93

COMPETITORS

Competitorproductsexhibitheavy,clearlyvisiblewearonthecuttingedgeandsignificantfractures.

Tiger·tec® Silver

Highwearresistance,toughnessandtemperatureresistancepreventtheformationofhairlinecracksandfractures.Theinsertlastslonger.

Tiger·tec®

relativelyevensignsofwearandaminimalforma-tionofhairlinecracksdemonstratetheperformanceofthelegendaryTiger·tec®cuttingtoolmaterials.

TOOLLIFECOMPARISON:Con-rodmachining

Workpiecematerial: C70Indexableinsert: P4841C–3r–E57Cuttingtoolmaterial: WKP35S–Tiger·tec®SilverTool: B4212Ø27.7mm

TIGER·TEC®SILVERTECHNOLOGy

CompletelynewCvDtechnology:– Combineswearresistanceandtoughness– Forcastironandsteelmaterials

Optimumfrictionbehaviour

resistanttotribochemicalwear

Increasedresistancetoflankfacewear

Excellenthardnesstotoughnessratio

α-Al2O3 Ti(C,n) Substrate

Cuttingdata

Competition Tiger·tec® Tiger·tec®Silvervc 210m/min 210m/min 210m/minN 2820 2820 2820f 0.08mm 0.08mm 0.08mmvf 226 226 226Toollife 2500components 4000components 4500components

Numberofcomponentscomparison

0 15001000500 3000 400025002000 3500 4500 5000

Competition 2500 + 80%*

Tiger·tec® Silver WKP35S 4500

Tiger·tec® 4000

Components

Walter–Drilling

*incomparisontothecompetition

94

DrIll

WalterXtra·tec®InsertDrill–veryexact,veryefficient,veryeconomical.

THETOOL

– Drillwithindexableinsertsfeaturingfourcuttingedges– Øextendedto59mm– Z=1effective– Holedepth:2xDc,3xDc,4xDcand5xDc– Diameterrange:13.5–80mm(upto120mmasWalterXpressinallintermediatediameters)

– Idealinsertpositionensuresforcesarebalancedduringmachining

– Optimisedfluteforbetterchipremovalandstablebody– Hard-nickelplatedsurfaceprotectsagainstcorrosionandwearandensuresbetterchipflow

– ImprovedhandlingandhigherclampingandreleasetorqueusingTorxPlusscrews

– Cylindricalcollarforsimplegaugingoftooldiameters

THEAPPLICATION

– Forallsteelandcastironmaterialsaswellasforstainlessmaterialsandmaterialswhicharedifficulttomachine

– Fordrilling,spotdrillingoninclinedorconvexsurfaces,chaindrilling

– Ideallysuitedforuseingeneralmechanicalengineering,automotiveandmassproductionindustriesaswellasinaerospaceapplications

yOURADVANTAGES

– Increaseinproductivityduetohigherworkpiecevalues– lowholetoleranceduetotheoptimumbalanceofforces– Costreduction:• 4actualcuttingedges• Highercuttingparameters• Savingonadditionalsubsequentoperations

– Excellentsurfacequalityduetowiperedgeinsertatperiphery

– Highlevelofprocessreliabilityduetopositivelockingoftheinsert

Optimumarrangementofinsertsforbalancedforcesduringmachining

nickel-plated,helicalflutesforoptimumchipremoval

Xtra·tec®Insertdrill Types:B4212,B4213,B4214,B4215

PROGRAMME ADDITIONS

2012

95

E57–theuniversalone– 13°rakeangle– Formediummachiningconditions

– Forcastironandsteel,includingstainlessanddifficulttocutmaterials

E67–thespecialone– 13°rakeangle– Specialgeometryforopti-mumchipformation

– Forlong-chippingmateri-als,e.g.St37,stainlessandevendifficulttocutmaterials,andaluminium

A57–thestableone– 0°rakeangle– Forunfavourablemachin-ingconditionsmainlyforcastironandsteelmaterials

THEOUTERINSERT THECENTREINSERT

THEGEOMETRyVARIANTS

Cuttingedgemarking

Cuttingedge0°chipstiffeningchamfer Sharppitgeometry

Fullygroundcircumference

Walter–Drilling

Watchproductvideo:ScanQrcodeorgodirectlyto

http://goo.gl/qYii0

– Fullysinteredversionwithcornerradiusattheholediameter

– versionwithcircumfer-encefullyground:wiperedgeattheholediameterensuresagoodsurfacefinishquality

– new:nowavailableinTiger·tec®Silver!Thecuttingtoolmaterialforhighestcuttingspeedsandmaximumprocessreliability

– new:nowavailableinTiger·tec®Silver!Thecuttingtoolmate-rialforlongesttoollifeandmaximumprocessreliabilityinthedrillingofISOPandISOKmaterials

– new:newWXP40PvDgradeforalongertoollifewhendrillingISOP,ISOMandISOSmaterials

– Speciallydevelopedtomeettherequirementsofacentreinsert

COUnTErBOrEDrIllS

Walter Boring:NewE47universalgeometry–excellentchipbreaking,flexibleandveryeconomical.

96

THEINSERT

– InsertinbasicshapesSC..andWC..– Circumferencesintereddesign– Straightcuttingedge– variablewidthgroovedesignedfordifferentcuttingdepths

– ProtectivechamferdesignedfortheISOmachininggroups

– variousTiger·tec®cuttingmaterials(PvDandCvD)

THEAPPLICATION

– ThenewE47issuitableforallcounterboringoperations,withandwithoutinterruptedcut

– TheWSM20andWSM30cuttingmaterialsaremultigradecuttingmaterialswithPvDTiger·tec®coating,whichcanbeusedwithISOM,SandPmachininggroups

– TheWPP20isaCvDTiger·tec®cuttingmaterialusedmainlywithsteelbutalsowithcastironmaterials

E47–THEUNIVERSALONE

– 15°rakeangle– Flexibleuniversalgeometryforalmostallcuttingdepths

– FormaterialsofISOmachininggroupsP,M,KandS

yOURADVANTAGES

– Higherprocessstabilityduetoexcellentchipbreakingacrossthefullcuttingdepthrange

– Foruniversaluse:• Optimumusefromsmall(0.2mm)todeepcutting

depths• ForseveralISOgroups

– Increaseinproductivitydueto:• highercuttingdatafromTiger·tec®

• longertoollifeduetooptimumgeometrydesign

newgeometrywithvariablegroovewidthforexcellentchipbreaking

Tiger·tec®cuttingmaterialstoincrease

thecuttingdataStraightcuttingedgeforaccurateprofile

Fullysinteredcircumference

NEW2012

CC..06/09/12 SC..06/09/12

FORMVARIANTS

UniversalgeometryE47 WC..06/09/12


Watchproductvideo:ScanQrcodeorgodirectlyto

http://goo.gl/WSljP

PrECISIOnBOrInG

WalterPrecisionMini:thequickandeasytoolformaximumprecision.SettingdeviceforB3230andB4030.

97

yOURADVANTAGES

– Precisecuttingedgeorientationonthespindleboringbar– Easyadjustmentoftheprojectionlength– Quickapproximatesettingoftheboringdiameter

Walter–Drilling

NEW2012

Orderinginformationcanbefoundfrompage¤98¤.

THEAPPLICATION

ForcuttingedgeorientationandpresettingtheprojectionlengthandtheboringdiameteroftheB3230andB4030precisionboringtools.

OPERATION

Themeasuringslideisadjustedandclampedatthedesiredprojectionlengthofthetoolholder.Thetoolholderispulledoutuntilthecuttingedgetouchestheloweredgeofthemeasur-ingslideandtheinsertcornercanbealignedwiththescale.Thescaleonthemeasuringslidepermitstheapproximatepresettingoftheboringdiameter.

WalterPrecisionMini Types:EG-FB-160


98 Walter – Drilling9898

Xtra·tec® Point Drill B4013

DesignationDc

mmd1

mmd2

mmX1

mmX2

mmLc

mm kg

No. of indexable

inserts Designation

X2X1

Lc

Dc d1 d2

B4013.F40.32,0.Z02.96R 32 40 50 150 70 102 1,3 1 P600 . . -D32 . . R

B4013.F40.33,0.Z02.99R 33 40 50 154 70 105 1,34 1 P600 . . -D33 . . R

B4013.F40.34,0.Z02.102R 34 40 50 158 70 108 1,39 1 P600 . . -D34 . . R

B4013.F40.35,0.Z02.105R 35 40 50 162 70 111 1,45 1 P600 . . -D35 . . R

B4013.F40.36,0.Z02.108R 36 40 50 166 70 115 1,52 1 P600 . . -D36 . . R

B4013.F40.37,0.Z02.111R 37 40 50 170 70 118 1,59 1 P600 . . -D37 . . R


DesignationDc

mmd1

mmd2

mmX1

mmX2

mmLc

mm kg

No. of indexable

inserts Designation

Dc

Lcl5l4

d1

d4 B4015.F40.32,0.Z02.160R 32 40 50 214 70 166 1,5 1 P600 . . -D32 . . R

B4015.F40.33,0.Z02.165R 33 40 50 220 70 171 1,6 1 P600 . . -D33 . . R

B4015.F40.34,0.Z02.170R 34 40 50 226 70 176 1,69 1 P600 . . -D34 . . R

B4015.F40.35,0.Z02.175R 35 40 50 232 70 181 1,78 1 P600 . . -D35 . . R

B4015.F40.36,0.Z02.180R 36 40 50 238 70 187 1,87 1 P600 . . -D36 . . R

B4015.F40.37,0.Z02.185R 37 40 50 244 70 192 1,97 1 P600 . . -D37 . . R


DesignationDc

mmd1

mmd2

mmX1

mmX2

mmLc

mm kg

No. of indexable

inserts Designation

Dc

Lcl5l4

d1

d4 B4017.F40.32,0.Z02.224R 32 40 50 278 70 230 1,7 1 P600 . . -D32 . . R

B4017.F40.33,0.Z02.231R 33 40 50 286 70 237 1,88 1 P600 . . -D33 . . R

B4017.F40.34,0.Z02.238R 34 40 50 294 70 244 1,99 1 P600 . . -D34 . . R

B4017.F40.35,0.Z02.245R 35 40 50 302 70 251 2,1 1 P600 . . -D35 . . R

B4017.F40.36,0.Z02.252R 36 40 50 310 70 259 2,23 1 P600 . . -D36 . . R

B4017.F40.37,0.Z02.259R 37 40 50 319 70 266 2,36 1 P600 . . -D37 . . R

Setting device for B3230 and B4030

Designation

EG-FB-160 Setting device for cutting edge orientation

NEW2012

99Walter – Drilling


ISO indexable boring inserts CCMT – E47

Designationd

mml

mms

mmr

mm

P M K S

HC HC HC HC

WP

P20

WS

M20

WS

M30

WS

M20

WS

M30

WP

P20

WS

M20

WS

M30

CCMT 060202–E47 6,35 6,45 2,38 0,2 c b c b c c b c

CCMT 060204–E47 6,35 6,45 2,38 0,4 c b c b c c b c

CCMT 09T302–E47 9,525 9,67 3,97 0,2 c b c b c c b c

CCMT 09T304–E47 9,525 9,67 3,97 0,4 c b c b c c b c

CCMT 09T308–E47 9,525 9,67 3,97 0,8 c b c b c c b c

CCMT 120408–E47 12,7 12,9 4,76 0,8 c b c b c c b c

CCMT 120412–E47 12,7 12,9 4,76 1,2 c b c b c c b c

ISO indexable boring inserts WCMT – E47

Designationd

mml

mms

mmr

mm

P M K S

HC HC HC HC

WP

P20

WS

M20

WS

M30

WS

M20

WS

M30

WP

P20

WS

M20

WS

M30

WCMT 030204–E47 5,56 3,8 2,38 0,4 c b c b c c b c

WCMT 040204–E47 6,35 4,3 2,38 0,4 c b c b c c b c

WCMT 06T304–E47 9,525 6,5 3,97 0,4 c b c b c c b c

WCMT 06T308–E47 9,525 6,5 3,97 0,8 c b c b c c b c

WCMT 080408–E47 12,7 8,72 4,76 0,8 c b c b c c b c

ISO indexable boring inserts SCMT – E47

Designationd

mml

mms

mmr

mm

P M K S

HC HC HC HC

WP

P20

WS

M20

WS

M30

WS

M10

WS

M20

WS

M30

WP

P20

WS

M10

WS

M20

WS

M30

SCMT 060204–E47 6,35 6,35 2,38 0,4 c b c a b c c a b c

SCMT 09T304–E47 9,525 9,525 3,97 0,4 c b c a b c c a b c

SCMT 09T308–E47 9,525 9,525 3,97 0,8 c b c a b c c a b c

SCMT 120408–E47 12,7 12,7 4,76 0,8 c b c a b c c a b c

r

7˚80˚

d

sl

r

7˚

80˚ sl

d

r

90˚

7˚sl

d

NEW2012

NEW2012




100 Walter – Drilling

Outer insert P484 . P for Xtra·tec® Insert Drill

P M K S

HC HC HC HC HC

Designation

Number of cutting

edgesl

mms

mmr

mm α ε WK

P25S

WK

P35S

WS

P45

WS

P45

WK

P25S

WK

P35S

WS

P45

WX

P40

Size 1–2

Size 3–7

P4840P-1R-A57 4 4,55 1,96 0,29 11° 90° b c c c b c c

P4840P-2R-A57 4 5,52 2,38 0,34 11° 90° b c c c b c c

P4840P-3R-A57 4 6,5 2,8 0,4 11° 90° b c c c b c c

P4840P-4R-A57 4 7,8 3,36 0,48 11° 90° b c c c b c c

P4840P-5R-A57 4 9,56 4,12 0,59 11° 90° b c c c b c c

P4840P-6R-A57 4 11,75 4,87 0,7 11° 90° b c c c b c c

P4840P-7R-A57 4 14,03 5,53 0,8 11° 90° b c c c b c c

P4840P-8R-A57 4 16,5 5,53 1,0 11° 90° b c c c b c c

P4840P-1R-E57 4 4,55 1,96 0,29 11° 90° a b c c b c c

P4840P-2R-E57 4 5,52 2,38 0,34 11° 90° a b c c b c c

P4840P-3R-E57 4 6,5 2,8 0,4 11° 90° a b c c b c c

P4840P-4R-E57 4 7,8 3,36 0,48 11° 90° a b c c b c c

P4840P-5R-E57 4 9,56 4,12 0,59 11° 90° a b c c b c c

P4840P-6R-E57 4 11,75 4,87 0,7 11° 90° a b c c b c c

P4840P-7R-E57 4 14,03 5,53 0,8 11° 90° a b c c b c c

P4840P-8R-E57 4 16,5 5,53 1,0 11° 90° a b c c b c c

P4840P-1R-E67 4 4,55 1,96 0,29 11° 90° a b c c b b c

P4840P-2R-E67 4 5,52 2,38 0,34 11° 90° a b c c b b c

P4840P-3R-E67 4 6,5 2,8 0,4 11° 90° a b c c b b c

P4840P-4R-E67 4 7,8 3,36 0,48 11° 90° a b c c b b c

P4840P-5R-E67 4 9,56 4,12 0,59 11° 90° a b c c b b c

P4840P-6R-E67 4 11,75 4,87 0,7 11° 90° a b c c b b c

P4840P-7R-E67 4 14,03 5,53 0,8 11° 90° a b c c b b c

P4840P-8R-E67 4 16,5 5,53 1,0 11° 90° a b c c b b c

P4841P-1R-A57 4 4,55 1,96 0,29 11° 90° b c c c b c c

P4841P-2R-A57 4 5,52 2,38 0,34 11° 90° b c c c b c c

P4841P-3R-A57 4 6,5 2,8 0,4 11° 90° b c c c b c c

P4841P-4R-A57 4 7,8 3,36 0,48 11° 90° b c c c b c c

P4841P-5R-A57 4 9,56 4,12 0,59 11° 90° b c c c b c c

P4841P-6R-A57 4 11,75 4,87 0,7 11° 90° b c c c b c c

P4841P-7R-A57 4 14,03 5,53 0,8 11° 90° b c c c b c c

P4841P-8R-A57 4 16,5 5,53 1,0 11° 90° b c c c b c c

P4841P-1R-E57 4 4,55 1,96 0,29 11° 90° a b c c b c c

P4841P-2R-E57 4 5,52 2,38 0,34 11° 90° a b c c b c c

P4841P-3R-E57 4 6,5 2,8 0,4 11° 90° a b c c b c c

P4841P-4R-E57 4 7,8 3,36 0,48 11° 90° a b c c b c c

P4841P-5R-E57 4 9,56 4,12 0,59 11° 90° a b c c b c c

P4841P-6R-E57 4 11,75 4,87 0,7 11° 90° a b c c b c c

P4841P-7R-E57 4 14,03 5,53 0,8 11° 90° a b c c b c c

P4841P-8R-E57 4 16,5 5,53 1,0 11° 90° a b c c b c c

HC = Coated carbide

l

α

s

r

l

α

sє є

l

α

s

r

l

α

sє є



101Walter – Drilling


l

α

s

r

l

α

sє є

l

α

s

r

l

α

sє є

Centre insert P484 . C for Xtra·tec® Insert Drill

P M K S

HC HC HC HC HC

Designation

Number of cutting

edgesl

mms

mmr

mm α ε WK

P25S

WK

P35S

WS

P45

WS

P45

WK

P25S

WK

P35S

WS

P45

WX

P40

Size 1–2

Size 3–7

P4841C-1R-A57 4 4,9 1,96 0,29 11° 90° c c c

P4841C-2R-A57 4 5,95 2,38 0,34 11° 90° c c c

P4841C-3R-A57 4 7,0 2,8 0,4 11° 90° c c c

P4841C-4R-A57 4 8,4 3,36 0,48 11° 90° c c c

P4841C-5R-A57 4 10,29 4,12 0,59 11° 90° c c c

P4841C-6R-A57 4 12,24 4,87 0,7 11° 90° c c c

P4841C-7R-A57 4 14,69 5,53 0,8 11° 90° c c c

P4841C-8R-A57 4 17,49 5,53 1,0 11° 90° c c c

P4841C-1R-E57 4 4,9 1,96 0,29 11° 90° c c c

P4841C-2R-E57 4 5,95 2,38 0,34 11° 90° c c c

P4841C-3R-E57 4 7,0 2,8 0,4 11° 90° c c c

P4841C-4R-E57 4 8,4 3,36 0,48 11° 90° c c c

P4841C-5R-E57 4 10,29 4,12 0,59 11° 90° c c c

P4841C-6R-E57 4 12,24 4,87 0,7 11° 90° c c c

P4841C-7R-E57 4 14,69 5,53 0,8 11° 90° c c c

P4841C-8R-E57 4 17,49 5,53 1,0 11° 90° c c c

P4840C-1R-E67 4 4,9 1,96 0,29 11° 90° c c c

P4840C-2R-E67 4 5,95 2,38 0,34 11° 90° c c c

P4840C-3R-E67 4 7,0 2,8 0,4 11° 90° c c c

P4840C-4R-E67 4 8,4 3,36 0,48 11° 90° c c c

P4840C-5R-E67 4 10,29 4,12 0,59 11° 90° c c c

P4840C-6R-E67 4 12,24 4,87 0,7 11° 90° c c c

P4840C-7R-E67 4 14,69 5,53 0,8 11° 90° c c c

P4840C-8R-E67 4 17,49 5,53 1,0 11° 90° c c c

HC = Coated carbide




ISOturning ¤4¤

Grooving ¤14¤




PCDdrills ¤56¤


Walter ¤91¤

Drills ¤92¤






HSS-Etaps ¤106¤







Walter ¤177¤



Facemills ¤186¤

Copymills ¤190¤



Adaptors ¤218¤



_TOOLINNOVATIONSINTHREADING

EcoPlus–thenewhigh-techgeneration.



104

HSS-E-PMTAPS

Walter PrototypParadur®EcoPlus–thehigh-techthreadingtoolwithawiderangeofapplications.

NEW2012

DIMENSION RANGEM:M2-M64MF:M6x0.75–M22x1.5UNC:UNC2-UNC3/4

UNF:UNF4-UNF5/8

G:G1/8-G1

THETOOL

– Universalhigh-performanceHSS-E-PMtapwitha45°helixangleandlongflutes

– THLcoatingforanoutstandingtoollife– ChamferformCandE– Taperedguidetopreventfractures– TIN-andTHL-coatedoptions– Tolerances:6HX,6GX,2BandG-X– Variants:•LH(left-handthread)•KA(axialcoolantchannel)•KR(radialcoolantchannel)

THEAPPLICATION

– Blindholethreadupto3xd– Long-chippingmaterialshavingmoderatetoahighertensilestrength

– Short-chippingmaterials– Abrasivematerialswithatendencytoweld– Structuralsteelandhigh-strengthsteel(350–1400N/mm²)– Stainlesssteel– Spheroidalgraphiteandmalleablecastiron– Shortandlong-chippingcopperandaluminiumalloys

YOURADVANTAGES

– Ahighlevelofprocessreliabilityduetoverygoodchipformation

– Increasedtoollifeandstabilityduetonewlydevelopedmicroandthreadcoregeometry

– Fewertoolsrequired,sinceitcanbeapplieduniversallytoawiderangeofmaterials

– Fewertoolchangesandoptimummachineoutputresultingfromhighcuttingspeedsandlongtoollife

– ReductioninlubricantcostsduetothefacilityfordryorMQLmachiningwithsteel,castironandaluminiumalloys

Availablewithaxialorradialinternalcooling

Helixangle45°

THLcoating

Taperedguide

Longfluteswithspecialflutegeometry


http://goo.gl/uo2jR


105WalterPrototyp–Threading

Longtoollife+optimumcuttingdata=maximumproductivity.

LockringParadur®EcoPlusM6blindhole

Cuttingdata Competitors Paradur®EcoPlusn 159rpm 265rpmvc 3m/min 5m/min

Workpiecematerial: V4A(1.4542)Tensilestrength: Approx.1000N/mm²Tool: Paradur® Eco Plus

EP2051302-M6Coating: THLHoletype: BlindholeThreaddepth: 16mm(2.5xDn)Coolinglubricant: Emulsion7%

Comparisonoftoollife(numberofthreads)

0 400 1200

Paradur® Eco Plus 1110

800

Competitors 720

Paradur®EcoPlus Type:EP2051342

HSS-E-PM

Shanktoleranceh9

ISOmaterialcolourcodingofmaterialgroups

NEWMARKINGONPACKAGING

P M K N S H O

EP2051342-M8 Paradur® Eco PlusHSS-E-PM THLISO2/6HX

15/124 042446 066969Applicationtable

••Primaryapplication •Secondaryapplication

106

HSS-ETAPS

Walter PrototypPrototex®X·pertP–theexpertforsteelinthroughandblindholethreads.

DIMENSION RANGEM:M1-M56MF:M2.2x0.25-M50x1.5UNC:UNC2-UNC11/2

UNF:UNF0-UNF11/2

G:G1/8-G2BSW:BSW1/8-BSW1

THETOOL

– HSS-Ethroughholetap– Straightflute– SpiralpointformB(3.5to5threads)– Uncoated,TiNandTiCN– Tolerances:4H,6H,6G,7G,2B,3B– Lengths:M,L,XL– Insertthreads(InsertEG..)– Variants:•LH(left-handthread)•AZ(interruptedteeth)

THEAPPLICATION

– Throughholethreadupto3xDN– ISO-P: Steelupto<1000N/mm2

– ISO-N: Al-Sialloys0.5% upto12%Sicontent

TiNcoating

Codeletterforprimaryapplication

Shanktoleranceh9

Spiralpoint

Straight-fluted

HSS-E

YOURADVANTAGES

– Highlevelofprocessreliabilityinlong-chippingmaterialsupto1000N/mm2

– Perfectself-guidancedueto7fullthreadforms

– Comprehensiveselectionofsizesandtolerances

MachiningconditionsISO-P≤M14(coated)

200 300 500 700 900400 600 800 10000

10

20

30

40

50

60

Re[N/mm²]

v c[m

/min

]

1xd3xd

NEW2012


Prototex®X·pertP Type:P2031005


http://goo.gl/WpYT5

107

ISOmaterialcolourcodingofmaterialgroups

WalterPrototyp–Threading

HSS-ETAPS

Walter PrototypParadur®X·pertP–easyselectionspeedsthewaytotherightapplication.

DIMENSION RANGEM:M2-M64MF:M2.5x0.35-M52x3UNC:UNC2-UNC11/2

UNF:UNF1-UNF11/2

UNEF:UNEF1/4-UNEF1UN-8:UN11/8-UN21/4

G:G1/8-G2BSW:BSW1/8-BSW1

THETOOL

– HSS-Eblindholetap– Helixangle45°– ChamferformC=2-3thread– Taperedguideportion– Uncoated,andTINandTHLcoating– Tolerances:4H,6H,6G,7G,2B,3B– Lengths:std,long,extralong– Insertthreads(InsertEG..)– Variants:•LH(left-handthread)•AZ(interruptedteeth)

NEWMARKINGONPACKAGING

THEAPPLICATION

– Blindholethreadupto3.5xDN– ISO-P: Steelupto<1000N/mm2

– ISO-N: Al-Sialloys0.5%upto12%Sicontent

TiNcoating


Shanktoleranceh9

Taperedguide

45°helixangle

HSS-E

YOURADVANTAGES

– Outstandingchipformationdueto45°helixangle– Verygoodsurfacefinishqualityasaresultofthelargerakeangle

– Portfolioincludesnumerousthreadprofiles,sizeandtolerances

– Nopenetrationintosoftmaterialsduetostableself-guidanceeliminatessnagginginsoftmaterialsduetoprecisionclearanceangleflank

– Economicalforsmallbatchsizes

NEW2012


Paradur®X·pertP Type:P2051905

P M K N S H O

P2051905-M8 Paradur® X·pert PHSS-E TiNISO2/6H

06/124 042446 066969Applicationtable

••Primaryapplication •Secondaryapplication

108

HSSTAPS

Walter PrototypPrototex®X·pertM–theexpertsforstainlessmaterials.

DIMENSION RANGEM:M1-M36MF:M5x0.5-M24x1.5UNC:UNC2-UNC1-8UNF:UNF5-UNF1-12G:G1/8-G1

THETOOL

– HSS-Ethroughholetap– Straightflute– SpiralpointformB(3.5to5threads)

– Threadcoresethigher– vap,TiNandTiCNcoatings– Tolerances:6HX,6GX,2B– Lengths:std– Threadinsertversionavailable(EG)

THEAPPLICATION

– Throughholethreadupto3xDN– ISO-Mstainlesssteelsfrom350to1200N/mm²

– ISO-Psecondprimaryapplicationfrom700to1200N/mm²

YOURADVANTAGES

– Highlevelofprocessreliabilityinlong-chippingmaterialsandmaterialswhichhaveatendencytostick

MachiningconditionsISO-M≤M14(coated)

8

10

12

14

16

400 500 700 900 1100600 800 1000 1200 1300 1400

6

4

2

0

Re[N/mm²]

v c[m

/min

]

1xd3xd

TiCNcoating

Shanktoleranceh9

Spiralpoint

Straight-fluted


HSS-E

Prototex®X·pertM Type:M2021306

NEW2012


109

HSSTAPS

Walter PrototypParadur®X·pertM


DIMENSION RANGEM:M1.6-M42MF:M4x0.5–M30x2UNC:UNC2-UNC11/2-6UNF:UNF6-UNF1-12UN-8:UN1-UN2-8G:G1/8-G1

THETOOL

– HSS-Eblindholetap– Helixangle40°– ChamferformC(2to3threads)– Threadcoresethigher– Taperedguidanceportion– vap,TiN,TiCNandTHL– Tolerances:6HX,6GX,2B,3B– Lengths:standardandextralong– Threadinsertversionavailable(EG)

THEAPPLICATION

– Blindholethreadupto2.5xDN– ISO-Mstainlesssteelfrom350to1200N/mm²– ISO-Psecondprimaryapplicationfrom700to1200N/mm²

YOURADVANTAGES

– Outstandingchipformationdueto40°helixangle– Excellentthreadqualityevenafterlongperiodsofuseduetohigherpositionofthethreadcore

– Comprehensiveselectionofsizesandtolerances– Tapsspeciallydesignedforstainlessmaterialswhichhaveatendencytostick

TiCNcoating

Taperedguidanceportion

Shanktoleranceh9

40°helixangle


HSS-E

Paradur®X·pertM Type:M2051306

NEW2012


110

SOLIDCARBIDETHREADFORMERS

Walter Prototyp Protodyn®(S)HSC–solidcarbideformerswithmaximumcuttingspeedandextremelylongtoollife.

DIMENSION RANGEM:M3-M10MF:M8x1–M16x1.5

THETOOL

– Solidcarbidethreadformerforuseinallformablematerials– Newcarbidesubstrateguaranteesmaximumtoughnesswithhighestpossiblewearresistance

– TiCNcoatingforidealwearresistance– Speciallysuitedtosteelmachining– Versionwithlubricationgroovesandaxialcoolantchannelfordeepthreaddepths(4xDn)

– Optimisedpolygonalformreducesfrictionandincreasestoollife

– Availableintwochamfergeometries(formCandE)– Newtypeofchamfergeometryforuniformwearpattern– Shanktoleranceh6foruseinshrink-fitchucks

TiCNmultilayercoating

Optimisedpolygonalform

Axialcoolantsupply

Innovativechamfergeometry(formCandE)

YOURADVANTAGES

– Non-chippingthreadproductionprocesswithnobirdnestingorchipremovalproblems:Highlevelofproc-essreliability,evenfordeepblindholeandthroughholethreads

– Impressivetoollifeandattractiveprice/performanceratio– Fewertoolchangesbecauseoflongertoollife– Highlevelofdynamictensilestrengthoftheformedthreadduetocoldworkhardeningofthethreadflanksandthreadroot

– Point-freetoolguaranteesbestpossibleuseofcylindricalholedepth

Lubricationgrooves

THEAPPLICATION

– Blindandthroughholemachiningupto4xDn

– ISOPsteelupto<1200N/mm2

– ISOMstainlessmaterials<1000N/mm2

– ISONaluminiumalloys<12%Sicontent


111

SOLIDCARBIDETHREADFORMERS

HighSpeedCutting(HSC)–fastandprecise.


Protodyn®SHSC Type:HP8061716

InjectormachiningProtodyn®SHSCBlindholeM12x1

Cuttingdatan 663rpmvc 25m/min

Workpiecematerial: C45(1.0503)Tensilestrength: approximately36HRCTool: Protodyn® S HSC

HP8166716-M12x1Coating: TICNHoletype: BlindholeThreaddepth: 18mm(1.5xDn)Coolinglubricant: Oil

Wear-resistantandtoughmicrograincarbide

Shanktoleranceh6

Comparisonoftoollife(numberofthreads)

0 5000 15000

Protodyn® S HSC 12000

4.8-times increase in tool life

The result: Longertoollifeduetonewsubstrateandpolygonalform.

10000

Competition


http://goo.gl/hQuVr


SOLIDCARBIDETHREADMILLS

Walter PrototypTMOorbitalthreadmill–nowwithinternalcoolantsupply.

THEAPPLICATION

– Universaluseinabroadmaterialspectrum– Blindholethreadmachiningpossibletoadepthof3xDn

PREREQUISITE

– Machiningcentreorturningmillingcentrewiththreadmillingoption

YOURADVANTAGES

– Maximumprocessreliabilityduetointernalcoolantsupply– Supportschipremovalparticularlywithdeepthreads– Significantlylongertoollife– Excellentthreadquality(surfacefinish,threadtolerance)

TMOorbitalthreadmill Type:H5087016

TiCNmultilayerhardcoating

15°helixangle

Largeshankdiameter

Axialcoolantsupply

DIMENSION RANGEThreaddepth:2xDn:M5–M12Threaddepth:3xDn:M5-M8

THETOOL

– Solidcarbideorbitalthreadmillwithaxialcoolantsupply

– Specialcarbidewithahighwearresist-anceandcuttingedgestrengthandoptimumtoughness

– Shanktoleranceh6foruseinhydraulicexpansion,shrink-fitandprecisionchucks

– High-precisionconcentricity(radialrunout<10µm)foroutstandingthreadqualityandlongtoollife

Watchproductvideo:ScanQRcode

orgodirectlytohttp://goo.gl/aPbPH

Wear-resistantandtoughmicrograincarbide


114 Walter Prototyp – Threading

~DIN 371 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

TIN designation EP2051305

THL designation EP2051302

d1

Lcl3

l1

DN

l9

P M 2 0,4 45 4 7,6 2,8 2,1 5 3 -M24 -M24

M 2,5 0,45 50 4 9,3 2,8 2,1 5 3 -M2.54 -M2.54

M 3 0,5 56 6 11 3,5 2,7 6 3 -M3 -M3M 4 0,7 63 7 14,8 4,5 3,4 6 3 -M4 -M4M 5 0,8 70 8 20,7 6 4,9 8 3 -M5 -M5M 6 1 80 10 25 6 4,9 8 3 -M6 -M6M 8 1,25 90 12 35 8 6,2 9 3 -M8 -M8M 10 1,5 100 15 39 10 8 11 3 -M10 -M10

4 without thread taper

DIN 376 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N



d1

Lcl1

DN

l9

P M 12 1,75 110 16 - 9 7 10 4 -M12 -M12M 14 2 110 20 - 11 9 12 4 -M14 -M14M 16 2 110 20 - 12 9 12 4 -M16 -M16M 18 2,5 125 25 - 14 11 14 4 -M18 -M18M 20 2,5 140 25 - 16 12 15 4 -M20 -M20M 24 3 160 30 - 18 14,5 17 4 -M24 -M24M 27 3 160 30 - 20 16 19 4 -M27M 30 3,5 180 35 - 22 18 21 4 -M30M 36 4 200 40 - 28 22 25 4 -M36M 42 4,5 200 45 - 32 24 27 5 -M42M 48 5 250 50 - 36 29 32 5 -M48M 56 5,5 250 55 - 40 32 35 5 -M56M 64 6 315 60 - 50 39 42 6 -M64

Paradur® Eco Plus

Paradur® Eco Plus

Paradur® Eco Plus

Paradur® Eco Plus

M

M

M

M

NEW2012

NEW2012

~DIN 371 6GXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N



d1

Lcl3

l1

DN

l9

P M 2 0,4 45 4 7,6 2,8 2,1 5 3 -M24 -M24

M 2,5 0,45 50 4 9,3 2,8 2,1 5 3 -M2.54 -M2.54

M 3 0,5 56 6 11 3,5 2,7 6 3 -M3 -M3M 4 0,7 63 7 14,8 4,5 3,4 6 3 -M4 -M4M 5 0,8 70 8 20,7 6 4,9 8 3 -M5 -M5M 6 1 80 10 25 6 4,9 8 3 -M6 -M6M 8 1,25 90 12 35 8 6,2 9 3 -M8 -M8M 10 1,5 100 15 39 10 8 11 3 -M10 -M10


DIN 376 6GXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N



d1

Lcl1

DN

l9

P M 12 1,75 110 16 - 9 7 10 4 -M12 -M12M 14 2 110 20 - 11 9 12 4 -M14 -M14M 16 2 110 20 - 12 9 12 4 -M16 -M16

NEW2012

NEW2012

115Walter Prototyp – Threading


Paradur® Eco Plus

Paradur® Eco Plus

Paradur® Eco Plus

Paradur® Eco Plus

Paradur® Eco Plus/left-hand thread

M

M

M

M

M

~DIN 371 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl3

l1

DN

l9

P M 4 0,7 63 7 14,8 4,5 3,4 6 3 -M4M 5 0,8 70 8 20,7 6 4,9 8 3 -M5M 6 1 80 10 25 6 4,9 8 3 -M6M 8 1,25 90 12 35 8 6,2 9 3 -M8M 10 1,5 100 15 39 10 8 11 3 -M10

DIN 376 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P M 12 1,75 110 16 - 9 7 10 4 -M12M 16 2 110 20 - 12 9 12 4 -M16M 20 2,5 140 25 - 16 12 15 4 -M20M 24 3 160 30 - 18 14,5 17 4 -M24

NEW2012

NEW2012

DIN 371 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl3

l1

DN

l9

P M 8 1,25 90 12 35 8 6,2 9 3 -M8M 10 1,5 100 15 39 10 8 11 3 -M10

DIN 376 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P M 12 1,75 110 16 - 9 7 10 4 -M12M 16 2 110 20 - 12 9 12 4 -M16

~DIN 371 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl3

l1

DN

l9

P M 3 LH 0,5 56 6 11 3,5 2,7 6 3 -M3M 4 LH 0,7 63 7 14,8 4,5 3,4 6 3 -M4M 5 LH 0,8 70 8 20,7 6 4,9 8 3 -M5M 6 LH 1 80 10 25 6 4,9 8 3 -M6M 8 LH 1,25 90 12 35 8 6,2 9 3 -M8M 10 LH 1,5 100 15 39 10 8 11 3 -M10

NEW2012

NEW2012

NEW2012



DIN 376 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P M 12 LH 1,75 110 16 - 9 7 10 4 -M12M 14 LH 2 110 20 - 11 9 12 4 -M14M 16 LH 2 110 20 - 12 9 12 4 -M16M 18 LH 2,5 125 25 - 14 11 14 4 -M18M 20 LH 2,5 140 25 - 16 12 15 4 -M20

Paradur® Eco Plus/left-hand thread

Paradur® Eco Plus/chamfer form E


Paradur® Eco Plus

M

M

M

MF

~DIN 371 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl3

l1

DN

l9

P M 4 0,7 63 7 14,8 4,5 3,4 6 3 -M4M 5 0,8 70 8 20,7 6 4,9 8 3 -M5M 6 1 80 10 25 6 4,9 8 3 -M6M 8 1,25 90 12 35 8 6,2 9 4 -M8M 10 1,5 100 15 39 10 8 11 4 -M10

DIN 376 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P M 12 1,75 110 16 - 9 7 10 4 -M12M 16 2 110 20 - 12 9 12 4 -M16M 20 2,5 140 25 - 16 12 15 4 -M20M 24 3 160 30 - 18 14,5 17 5 -M24

DIN 374 6HXDN

P mm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P M 6 0,75 80 10 4,5 3,4 6 3 -M6X0.75M 8 1 90 13 6 4,9 8 3 -M8X1M 10 1 90 12 7 5,5 8 3 -M10X1M 10 1,25 100 15 7 5,5 8 3 -M10X1.25M 12 1 100 13 9 7 10 4 -M12X1M 12 1,25 100 13 9 7 10 4 -M12X1.25M 12 1,5 100 13 9 7 10 4 -M12X1.5M 14 1,5 100 15 11 9 12 4 -M14X1.5M 16 1,5 100 15 12 9 12 4 -M16X1.5M 18 1,5 110 17 14 11 14 4 -M18X1.5M 20 1,5 125 17 16 12 15 4 -M20X1.5M 22 1,5 125 18 18 14,5 17 4 -M22X1.5

NEW2012

NEW2012

NEW2012

NEW2012




Paradur® Eco Plus

Paradur® Eco Plus

Paradur® Eco Plus

MF

MF

UNC

UNC

DIN 374 6HXDN

P mm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P M 8 1 90 13 6 4,9 8 4 -M8X1M 10 1 90 12 7 5,5 8 4 -M10X1M 12 1,5 100 13 9 7 10 4 -M12X1.5M 14 1,5 100 15 11 9 12 4 -M14X1.5

DIN 374 6HXDN

P mm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P M 8 1 90 13 6 4,9 8 3 -M8X1M 10 1 90 12 7 5,5 8 3 -M10X1M 10 1,25 100 15 7 5,5 8 3 -M10X1.25M 12 1 100 13 9 7 10 4 -M12X1M 12 1,25 100 13 9 7 10 4 -M12X1.25M 12 1,5 100 13 9 7 10 4 -M12X1.5M 14 1,5 100 15 11 9 12 4 -M14X1.5M 16 1,5 100 15 12 9 12 4 -M16X1.5M 18 1,5 110 17 14 11 14 4 -M18X1.5M 20 1,5 125 17 16 12 15 4 -M20X1.5

~DIN 2184-1 2B DN-PNom

DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl3

l1

DN

l9

P No. 2-56 2,184 45 4 8,4 2,8 2,1 5 3 -UNC24

No. 4-40 2,845 56 6 11 3,5 2,7 6 3 -UNC4No. 6-32 3,505 56 6,5 13,7 4 3 6 3 -UNC6No. 8-32 4,166 63 7 17,8 4,5 3,4 6 3 -UNC8No. 10-24 4,826 70 8 20,7 6 4,9 8 3 -UNC101/4-20 6,35 80 10 27,3 7 5,5 8 3 -UNC1/4


DIN 2184-1 2B DN-PNom

DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P 5/16-18 7,938 90 13 - 6 4,9 8 3 -UNC5/163/8-16 9,525 100 15 - 7 5,5 8 3 -UNC3/81/2-13 12,7 110 18 - 9 7 10 4 -UNC1/25/8-11 15,875 110 20 - 12 9 12 4 -UNC5/8

NEW2012

NEW2012

NEW2012

NEW2012



Paradur® Eco Plus

Paradur® Eco Plus

Paradur® Eco Plus

Paradur® Eco Plus

Paradur® Eco Plus

UNC

UNC

UNF

UNF

UNF


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl3

l1

DN

l9

P 1/4-20 6,35 80 10 27,3 7 5,5 8 3 -UNC1/4


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P 5/16-18 7,938 90 13 - 6 4,9 8 3 -UNC5/163/8-16 9,525 100 15 - 7 5,5 8 3 -UNC3/81/2-13 12,7 110 18 - 9 7 10 4 -UNC1/25/8-11 15,875 110 20 - 12 9 12 4 -UNC5/83/4-10 19,05 125 25 - 14 11 14 4 -UNC3/4


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl3

l1

DN

l9

P No. 4-48 2,845 56 6 11 3,5 2,7 6 3 -UNF4No. 6-40 3,505 56 6,5 13,1 4 3 6 3 -UNF6No. 8-36 4,166 63 7 17,4 4,5 3,4 6 3 -UNF8No. 10-32 4,826 70 8 20,7 6 4,9 8 3 -UNF101/4-28 6,35 80 10 25,9 7 5,5 8 3 -UNF1/4


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P 5/16-24 7,938 90 13 - 6 4,9 8 3 -UNF5/163/8-24 9,525 100 15 - 7 5,5 8 3 -UNF3/81/2-20 12,7 100 13 - 9 7 10 4 -UNF1/25/8-18 15,875 100 15 - 12 9 12 4 -UNF5/8


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl3

l1

DN

l9

P 1/4-28 6,35 80 10 25,9 7 5,5 8 3 -UNF1/4

NEW2012

NEW2012

NEW2012

NEW2012

NEW2012



Paradur® Eco Plus

Paradur® Eco Plus

Paradur® Eco Plus

Paradur® Eco Plus

Paradur® Eco Plus

UNF

G

UNC

UNC

UNC


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P 5/16-24 7,938 90 12 - 6 4,9 8 3 -UNF5/163/8-24 9,525 100 15 - 7 5,5 8 3 -UNF3/81/2-20 12,7 100 13 - 9 7 10 4 -UNF1/25/8-18 15,875 100 15 - 12 9 12 4 -UNF5/8

DIN 5156 G-X DN-PNom

DNmm

Threads per inch

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P G 1/8 9,728 28 90 12 7 5,5 8 3 -G1/8G 1/4 13,157 19 100 15 11 9 12 4 -G1/4G 3/8 16,662 19 100 15 12 9 12 4 -G3/8G 1/2 20,955 14 125 18 16 12 15 4 -G1/2G 5/8 22,911 14 125 18 18 14,5 17 4 -G5/8G 3/4 26,441 14 140 20 20 16 19 5 -G3/4G 1 33,249 11 160 22 25 20 23 5 -G1

DIN/ANSI - 2B DN-PNom

DNinch

l1js16 inch

Lcinch

l3±1

inch

d1h9

inch

B

h12 inch

l9inch N

THL designation AEP2251302

d1

Lcl3

l1

DN

l9

P No. 4-40 0.112 2.205 0.236 0.437 0.141 0.110 3/16 3 -UNC4No. 6-32 0.138 2.205 0.256 0.539 0.141 0.110 3/16 3 -UNC6No. 8-32 0.164 2.480 0.276 0.701 0.168 0.131 1/4 3 -UNC8No.10-24 0.190 2.756 0.315 0.831 0.194 0.152 1/4 3 -UNC101/4-20 0.250 3.150 0.394 1.075 0.255 0.191 5/16 3 -UNC1/45/16-18 0.313 3.543 0.472 1.378 0.318 0.238 3/8 3 -UNC5/163/8-16 0.375 3.937 0.591 1.535 0.381 0.286 7/16 3 -UNC3/8


DNinch

l1js16 inch

Lcinch

l3±1

inch

d1h9

inch

B

h12 inch

l9inch N


d1

Lcl3

l1

DN

l9

P 1/2-13 0.500 4.331 0.709 - 0.367 0.275 7/16 4 -UNC1/25/8-11 0.625 4.331 0.787 - 0.480 0.360 9/16 4 -UNC5/83/4-10 0.750 4.921 0.984 - 0.590 0.442 11/16 4 -UNC3/4


DNinch

l1js16 inch

Lcinch

l3±1

inch

d1h9

inch

B

h12 inch

l9inch N


d1

Lcl3

l1

DN

l9

P 1/4-20 0.250 3.150 0.394 1.075 0.255 0.191 5/16 3 -UNC1/45/16-18 0.313 3.543 0.472 1.378 0.318 0.238 3/8 3 -UNC5/163/8-16 0.375 3.937 0.591 1.535 0.318 0.286 7/16 3 -UNC3/8

NEW2012

NEW2012

NEW2012

NEW2012

NEW2012



Paradur® Eco Plus

Paradur® Eco Plus

Paradur® Eco Plus

UNC

UNF

UNF


DNinch

l1js16 inch

Lcinch

l3±1

inch

d1h9

inch

B

h12 inch

l9inch N


d1

Lcl1

DN

l9

P 1/2-13 0.500 4.331 0.709 - 0.367 0.275 7/16 4 -UNC-1/25/8-11 0.625 4.331 0.787 - 0.480 0.360 9/16 4 -UNC-5/83/4-10 0.750 4.921 0.984 - 0.590 0.442 11/16 4 -UNC-3/4


DNinch

l1js16 inch

Lcinch

l3±1

inch

d1h9

inch

B

h12 inch

l9inch N


d1

Lcl1

DN

l9

P 7/16-20 0.438 3.937 0.591 - 0.323 0.242 13/32 3 -UNF7/161/2-20 0.500 3.937 0.512 - 0.367 0.275 7/16 4 -UNF-1/25/8-18 0.625 3.937 0.591 - 0.480 0.360 9/16 4 -UNF5/183/4-10 0.750 4.331 0.669 - 0.590 0.442 11/16 4 -UNF3/4


DNinch

l1js16 inch

Lcinch

l3±1

inch

d1h9

inch

B

h12 inch

l9inch N


d1

Lcl1

DN

l9

P 7/16-20 0.438 3.937 0.591 - 0.323 0.242 13/32 3 -UNF7/161/2-20 0.500 3.937 0.512 - 0.367 0.275 7/16 4 -UNF1/25/8-18 0.625 3.937 0.591 - 0.480 0.360 9/16 4 -UNF5/83/4-10 0.750 4.331 0.669 0.590 0.442 11/16 4 -UNF3/4

Paradur® Eco Plus UNF


DNinch

l1js16 inch

Lcinch

l3±1

inch

d1h9

inch

B

h12 inch

l9inch N


d1

l3l1

DN

l9

P

Lc

No. 6-40 0.138 2.205 0.256 0.516 0.141 0.110 3/16 3 -UNF6No. 10-32 0.190 2.756 0.315 0.791 0.194 0.152 1/4 3 -UNF101/4-28 0.250 3.150 0.394 1.020 0.255 0.191 5/16 3 -UNF1/45/16-24 0.313 3.543 0.472 1.378 0.318 0.238 3/8 3 -UNF5/163/8-24 0.375 3.937 0.472 1.535 0.381 0.286 7/16 3 -UNF3/8

Paradur® Eco Plus UNF


DNinch

l1js16 inch

Lcinch

l3±1

inch

d1h9

inch

B

h12 inch

l9inch N


d1

Lcl3

l1

DN

l9

P 1/4-28 0.250 3.150 0.394 1.020 0.255 0.191 5/16 3 -UNF1/45/16-24 0.313 3.543 0.472 1.378 0.318 0.238 3/8 3 -UNF5/163/8-24 0.375 3.937 0.472 1.535 0.381 0.286 7/16 3 -UNF3/8

NEW2012

NEW2012

NEW2012

NEW2012

NEW2012



Paradur® X·pert P

Paradur® X·pert P

M

M

DIN 371 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

uncoated designation

P20519

TIN designation P2051905

d1

Lcl3

l1

DN

l9

P M 1,6 0,35 40 6 - 2,5 2,1 5 2 -M1.61

M 2 0,4 45 4 9 2,8 2,1 5 3 -M2 -M2M 2,2 0,45 45 4 12 2,8 2,1 5 3 -M2.2M 2,5 0,45 50 4 12,5 2,8 2,1 5 3 -M2.5 -M2.5M 2,6 0,45 50 4 12,5 2,8 2,1 5 3 -M2.6M 3 0,5 56 6 18 3,5 2,7 6 3 -M3 -M3M 3,5 0,6 56 6,5 20 4 3 6 3 -M3.5 -M3.5M 4 0,7 63 7 21 4,5 3,4 6 3 -M4 -M4M 4,5 0,75 70 8 25 6 4,9 8 3 -M4.5M 5 0,8 70 8 25 6 4,9 8 3 -M5 -M5M 6 1 80 10 30 6 4,9 8 3 -M6 -M6M 7 1 80 10 30 7 5,5 8 3 -M7M 8 1,25 90 12 35 8 6,2 9 3 -M8 -M8M 10 1,5 100 15 39 10 8 11 3 -M10 -M10

1 without reduced neck after the thread

DIN 376 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20569


d1

Lcl1

DN

l9

P M 4 0,7 63 7 - 2,8 2,1 5 3 -M4M 5 0,8 70 8 - 3,5 2,7 6 3 -M5M 6 1 80 10 - 4,5 3,4 6 3 -M6M 8 1,25 90 12 - 6 4,9 8 3 -M8M 9 1,25 90 13 - 7 5,5 8 3 -M9M 10 1,5 100 15 - 7 5,5 8 3 -M10M 11 1,5 100 15 - 8 6,2 9 3 -M11M 12 1,75 110 16 - 9 7 10 4 -M12 -M12M 14 2 110 20 - 11 9 12 4 -M14 -M14M 16 2 110 20 - 12 9 12 4 -M16 -M16M 18 2,5 125 25 - 14 11 14 4 -M18 -M18M 20 2,5 140 25 - 16 12 15 4 -M20 -M20M 22 2,5 140 25 - 18 14,5 17 4 -M22M 24 3 160 30 - 18 14,5 17 4 -M24 -M24M 27 3 160 30 - 20 16 19 4 -M27M 30 3,5 180 35 - 22 18 21 4 -M30 -M30M 33 3,5 180 35 - 25 20 23 4 -M33M 36 4 200 40 - 28 22 25 4 -M36M 39 4 200 40 - 32 24 27 4 -M39M 42 4,5 200 45 - 32 24 27 4 -M42M 45 4,5 220 45 - 36 29 32 4 -M45M 48 5 250 50 - 36 29 32 4 -M48M 52 5 250 50 - 40 32 35 5 -M52M 56 5,5 250 55 - 40 32 35 5 -M56M 60 5,5 280 55 - 45 35 38 5 -M60M 64 6 315 60 - 50 39 42 6 -M64

NEW2012

NEW2012



DIN 371 ISO3/6GDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20539


d1

Lcl3

l1

DN

l9

P M 2 0,4 45 4 9 2,8 2,1 5 3 -M2M 2,3 0,4 45 4 12 2,8 2,1 5 3 -M2.3M 2,5 0,45 50 4 12,5 2,8 2,1 5 3 -M2.5 -M2.5M 3 0,5 56 6 18 3,5 2,7 6 3 -M3 -M3M 3,5 0,6 56 6,5 20 4 3 6 3 -M3.5M 4 0,7 63 7 21 4,5 3,4 6 3 -M4 -M4M 5 0,8 70 8 25 6 4,9 8 3 -M5 -M5M 6 1 80 10 30 6 4,9 8 3 -M6 -M6M 8 1,25 90 12 35 8 6,2 9 3 -M8 -M8M 10 1,5 100 15 39 10 8 11 3 -M10 -M10

DIN 376 ISO3/6GDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20589


d1

Lcl1

DN

l9

P M 5 0,8 70 8 - 3,5 2,7 6 3 -M5M 6 1 80 10 - 4,5 3,4 6 3 -M6M 8 1,25 90 13 - 6 4,9 8 3 -M8M 10 1,5 100 15 - 7 5,5 8 3 -M10M 12 1,75 110 16 - 9 7 10 4 -M12 -M12M 14 2 110 20 - 11 9 12 4 -M14M 16 2 110 20 - 12 9 12 4 -M16 -M16

Paradur® X·pert P

Paradur® X·pert P

Paradur® X·pert P

Paradur® X·pert P

M

M

M

M

DIN 371 7GDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20549


d1

Lcl3

l1

DN

l9

P M 2 0,4 45 4 9 2,8 2,1 5 3 -M2M 2,5 0,45 50 4 12,5 2,8 2,1 5 3 -M2.5M 3 0,5 56 6 18 3,5 2,7 6 3 -M3 -M3M 4 0,7 63 7 21 4,5 3,4 6 3 -M4 -M4M 5 0,8 70 8 25 6 4,9 8 3 -M5 -M5M 6 1 80 10 30 6 4,9 8 3 -M6 -M6M 8 1,25 90 12 35 8 6,2 9 3 -M8 -M8M 10 1,5 100 15 39 10 8 11 3 -M10 -M10

DIN 376 7GDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20599


d1

Lcl1

DN

l9

P M 8 1,25 90 12 - 6 4,9 8 3 -M8M 10 1,5 110 15 - 7 5,5 8 3 -M10M 12 1,75 110 16 - 9 7 10 4 -M12 -M12M 16 2 110 20 - 12 9 12 4 -M16 -M16M 20 2,5 140 25 - 16 12 15 4 -M20 -M20M 24 3 160 30 - 18 14,5 17 4 -M24 -M24

NEW2012

NEW2012

NEW2012

NEW2012



Paradur® X·pert P

Paradur® X·pert P/left-hand thread

Paradur® X·pert P/left-hand thread

Paradur® X·pert P/extra long series

M

M

M

M

DIN 371 ISO1/4HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20509

d1

Lcl3

l1

DN

l9

P M 2 0,4 45 4 9 2,8 2,1 5 3 -M2M 2,5 0,45 50 4 12,5 2,8 2,1 5 3 -M2.5M 3 0,5 56 6 18 3,5 2,7 6 3 -M3M 4 0,7 63 7 21 4,5 3,4 6 3 -M4M 5 0,8 70 8 25 6 4,9 8 3 -M5M 6 1 80 10 30 6 4,9 8 3 -M6M 7 1 80 10 30 7 5,5 8 3 -M7M 8 1,25 90 12 35 8 6,2 9 3 -M8M 10 1,5 100 15 39 10 8 11 3 -M10

DIN 371 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P205198

d1

Lcl3

l1

DN

l9

P M 3 LH 0,5 56 6 18 3,5 2,7 6 3 -M3M 4 LH 0,7 63 7 21 4,5 3,4 6 3 -M4M 5 LH 0,8 70 8 25 6 4,9 8 3 -M5M 6 LH 1 80 10 30 6 4,9 8 3 -M6M 8 LH 1,25 90 12 35 8 6,2 9 3 -M8M 10 LH 1,5 100 15 39 10 8 11 3 -M10

DIN 376 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P205698

d1

Lcl1

DN

l9

P M 12 LH 1,75 110 16 - 9 7 10 4 -M12M 14 LH 2 110 20 - 11 9 12 4 -M14M 16 LH 2 110 20 - 12 9 12 4 -M16M 20 LH 2,5 140 25 - 16 12 15 4 -M20M 24 LH 3 160 30 - 18 14,5 17 4 -M24M 30 LH 3,5 180 35 - 22 18 21 4 -M30

~DIN 371 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

uncoated designation P2051935

d1

Lcl3

l1

DN

l9

P M 3 0,5 125 6 18 3,5 2,7 6 3 -M3M 4 0,7 125 7 21 4,5 3,4 6 3 -M4M 5 0,8 140 8 25 6 4,9 8 3 -M5M 6 1 160 10 30 6 4,9 8 3 -M6M 8 1,25 180 13 35 8 6,2 9 3 -M8M 10 1,5 200 15 39 10 8 11 3 -M10

NEW2012

NEW2012

NEW2012

NEW2012



Paradur® X·pert P/extra long series

Paradur® X·pert P/long series

Paradur® X·pert P/long series

Paradur® X·pert AZ/interrupted teeth

Paradur® X·pert AZ/interrupted teeth

M

M

M

M

M

~DIN 376 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

uncoated designation P2056935

Lcl1

DN

l9

P

d1

M 8 1,25 180 12 - 6 4,9 8 3 -M8M 10 1,5 200 15 - 7 5,5 8 3 -M10M 12 1,75 220 16 - 9 7 10 4 -M12M 14 2 220 20 - 11 9 12 4 -M14M 16 2 220 20 - 12 9 12 4 -M16M 18 2,5 250 25 - 14 11 14 4 -M18M 20 2,5 280 25 - 16 12 15 4 -M20

~DIN 371 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P205183

THL designation P2051832

d1

Lcl3

l1

DN

l9

P M 3 0,5 112 6 18 3,5 2,7 6 3 -M3 -M3M 4 0,7 112 7 21 4,5 3,4 6 3 -M4 -M4M 5 0,8 125 8 25 6 4,9 8 3 -M5 -M5M 6 1 125 10 30 6 4,9 8 3 -M6 -M6M 8 1,25 140 13 40 8 6,2 9 3 -M8 -M8M 10 1,5 160 15 50 10 8 11 3 -M10 -M10

~DIN 376 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P205683

THL designation P2056832

Lcl1

DN

l9

P

d1

M 8 1,25 140 13 - 6 4,9 8 3 -M8 -M8M 10 1,5 160 15 - 7 5,5 8 3 -M10 -M10M 12 1,75 180 16 - 9 7 10 3 -M12 -M12M 14 2 180 20 - 11 9 12 3 -M14 -M14M 16 2 200 20 - 12 9 12 3 -M16 -M16M 20 2,5 224 25 - 16 12 15 4 -M20 -M20

DIN 371 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P40519

d1

Lcl3

l1

DN

l9

P M 3 0,5 56 6 18 3,5 2,7 6 3 -M3M 4 0,7 63 7 21 4,5 3,4 6 3 -M4M 5 0,8 70 8 25 6 4,9 8 3 -M5M 6 1 80 10 30 6 4,9 8 3 -M6M 8 1,25 90 12 35 8 6,2 9 3 -M8M 10 1,5 100 15 39 10 8 11 3 -M10

DIN 376 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P40569

d1

l9Lc

l1

DN

P M 12 1,75 110 16 - 9 7 10 4 -M12

NEW2012

NEW2012

NEW2012

NEW2012

NEW2012



Paradur® X·pert P

Paradur® X·pert P

M

M

DIN 371 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P21519

d1

Lcl3

l1

DN

l9

P M 2,5 0,35 50 4 12,5 2,8 2,1 5 3 -M2.5X0.35M 3 0,25 56 6 18 3,5 2,7 6 3 -M3X0.25M 3 0,35 56 6 18 3,5 2,7 6 3 -M3X0.35M 4 0,35 63 7 21 4,5 3,4 6 3 -M4X0.35M 4 0,5 63 7 21 4,5 3,4 6 3 -M4X0.5M 4,5 0,5 70 8 25 6 4,9 8 3 -M4.5X0.5M 5 0,5 70 8 25 6 4,9 8 3 -M5X0.5M 6 0,5 80 10 30 6 4,9 8 3 -M6X0.5M 6 0,75 80 10 30 6 4,9 8 3 -M6X0.75M 7 0,75 80 10 30 7 5,5 8 3 -M7X0.75M 8 1 90 12 35 8 6,2 9 3 -M8X1M 10 1 90 12 39 10 8 11 3 -M10X1

DIN 374 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P21569


d1

Lcl1

DN

l9

P M 8 0,75 80 10 - 6 4,9 8 3 -M8X0.75M 8 1 90 12 - 6 4,9 8 3 -M8X1 -M8X1M 9 1 90 13 - 7 5,5 8 3 -M9X1M 10 0,75 90 12 - 7 5,5 8 3 -M10X0.75M 10 1 90 12 - 7 5,5 8 3 -M10X1 -M10X1M 10 1,25 100 15 - 7 5,5 8 3 -M10X1.25 -M10X1.25M 12 1 100 13 - 9 7 10 4 -M12X1 -M12X1M 12 1,25 100 13 - 9 7 10 4 -M12X1.25 -M12X1.25M 12 1,5 100 13 - 9 7 10 4 -M12X1.5 -M12X1.5M 14 1 100 15 - 11 9 12 4 -M14X1M 14 1,25 100 15 - 11 9 12 4 -M14X1.25M 14 1,5 100 15 - 11 9 12 4 -M14X1.5 -M14X1.5M 16 1 100 15 - 12 9 12 4 -M16X1M 16 1,5 100 15 - 12 9 12 4 -M16X1.5 -M16X1.5M 18 1 110 17 - 14 11 14 4 -M18X1M 18 1,5 110 17 - 14 11 14 4 -M18X1.5 -M18X1.5M 20 1 125 17 - 16 12 15 4 -M20X1M 20 1,5 125 17 - 16 12 15 4 -M20X1.5 -M20X1.5M 20 2 140 25 - 16 12 15 4 -M20X2M 22 1 125 18 - 18 14,5 17 4 -M22X1M 22 1,5 125 18 - 18 14,5 17 4 -M22X1.5 -M22X1.5M 22 2 140 20 - 18 14,5 17 4 -M22X2M 24 1 140 20 - 18 14,5 17 5 -M24X1M 24 1,5 140 20 - 18 14,5 17 5 -M24X1.5M 24 2 140 20 - 18 14,5 17 5 -M24X2M 26 1,5 140 20 - 18 14,5 17 5 -M26X1.5M 27 1,5 140 20 - 20 16 19 5 -M27X1.5M 27 2 140 20 - 20 16 19 5 -M27X2M 30 1,5 150 20 - 22 18 21 5 -M30X1.5M 30 2 150 20 - 22 18 21 5 -M30X2M 32 1,5 150 20 - 22 18 21 5 -M32X1.5M 33 1,5 160 22 - 25 20 23 5 -M33X1.5M 33 2 160 22 - 25 20 23 5 -M33X2M 36 1,5 170 22 - 28 22 25 5 -M36X1.5M 36 2 170 22 - 28 22 25 5 -M36X2M 36 3 200 30 - 28 22 25 5 -M36X3M 38 1,5 170 22 - 28 22 25 5 -M38X1.5M 39 2 170 22 - 32 24 27 5 -M39X2M 39 3 200 33 - 32 24 27 5 -M39X3M 40 1,5 170 22 - 32 24 27 5 -M40X1.5M 42 1,5 170 22 - 32 24 27 6 -M42X1.5M 42 2 170 22 - 32 24 27 6 -M42X2

Continued

NEW2012

NEW2012



Paradur® X·pert P

Paradur® X·pert P

Paradur® X·pert P

Paradur® X·pert P

M

MF

UNC

UNC

DIN 374 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P21569


d1

Lcl1

DN

l9

P M 42 3 200 33 - 32 24 27 6 -M42X3M 45 1,5 180 22 - 36 29 32 6 -M45X1.5M 45 2 180 24 - 36 29 32 6 -M45X2M 48 1,5 190 22 - 36 29 32 6 -M48X1.5M 48 2 190 24 - 36 29 32 6 -M48X2M 48 3 225 36 - 36 29 32 6 -M48X3M 52 2 190 26 - 40 32 35 6 -M52X2M 52 3 225 36 - 40 32 35 6 -M52X3

Continued

DIN 374 ISO3/6GDN

P mm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


P21589


d1

Lcl1

DN

l9

P M 8 1 90 12 6 4,9 8 3 -M8X1 -M8X1M 10 1 90 12 7 5,5 8 3 -M10X1 -M10X1M 12 1 100 13 9 7 10 4 -M12X1 -M12X1M 12 1,5 100 13 9 7 10 4 -M12X1.5 -M12X1.5M 14 1,5 100 15 11 9 12 4 -M14X1.5 -M14X1.5M 16 1,5 100 15 12 9 12 4 -M16X1.5 -M16X1.5M 18 1,5 110 17 14 11 14 4 -M18X1.5 -M18X1.5M 20 1,5 125 17 16 12 15 4 -M20X1.5


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P22519

d1

Lcl3

l1

DN

l9

P No. 2-56 2,184 45 4 12 2,8 2,1 5 3 -UNC2No. 3-48 2,515 50 4 12,5 2,8 2,1 5 3 -UNC3No. 4-40 2,845 56 6 18 3,5 2,7 6 3 -UNC4No. 5-40 3,175 56 6 18 3,5 2,7 6 3 -UNC5No. 6-32 3,505 56 6,5 20 4 3 6 3 -UNC6No. 8-32 4,166 63 7 21 4,5 3,4 6 3 -UNC8No. 10-24 4,826 70 8 25 6 4,9 8 3 -UNC10No. 12-24 5,486 80 10 30 6 4,9 8 3 -UNC121/4-20 6,35 80 10 30 7 5,5 8 3 -UNC1/45/16-18 7,938 90 12 35 8 6,2 9 3 -UNC5/163/8-16 9,525 100 15 39 10 8 11 3 -UNC3/8


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P22569

d1

Lcl1

DN

l9

P 7/16-14 11,113 100 15 - 8 6,2 9 3 -UNC7/161/2-13 12,7 110 18 - 9 7 10 4 -UNC1/29/16-12 14,288 110 20 - 11 9 12 4 -UNC9/165/8-11 15,875 110 20 - 12 9 12 4 -UNC5/83/4-10 19,05 125 25 - 14 11 14 4 -UNC3/47/8-9 22,225 140 25 - 18 14,5 17 4 -UNC7/81-8 25,4 160 30 - 18 14,5 17 4 -UNC11 1/8-7 28,575 180 35 - 22 18 21 4 -UNC1.1/81 1/4-7 31,75 180 35 - 22 18 21 4 -UNC1.1/41 1/2-6 38,1 200 40 - 28 22 25 4 -UNC1.1/2

NEW2012

NEW2012

NEW2012

NEW2012



Paradur® X·pert P

Paradur® X·pert P

Paradur® X·pert P

Paradur® X·pert P

UNC

UNC

UNF

UNF


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P22509

d1

Lcl3

l1

DN

l9

P No. 2-56 2,184 45 4 12 2,8 2,1 5 3 -UNC2No. 3-48 2,515 50 4 12,5 2,8 2,1 5 3 -UNC3No. 4-40 2,845 56 6 18 3,5 2,7 6 3 -UNC4No. 6-32 3,505 56 6,5 20 4 3 6 3 -UNC6No. 8-32 4,166 63 7 21 4,5 3,4 6 3 -UNC8No. 10-24 4,826 70 8 25 6 4,9 8 3 -UNC101/4-20 6,35 80 10 30 7 5,5 8 3 -UNC1/45/16-18 7,938 90 12 35 8 6,2 9 3 -UNC5/163/8-16 9,525 100 15 39 10 8 11 3 -UNC3/8


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P22559

d1

Lcl1

DN

l9

P 5/16-18 7,938 90 13 - 6 4,9 8 3 -UNC5/163/8-16 9,525 100 15 - 7 5,5 8 3 -UNC3/87/16-14 11,113 100 15 - 8 6,2 9 3 -UNC7/161/2-13 12,7 110 18 - 9 7 10 4 -UNC1/29/16-12 14,288 110 20 - 11 9 12 4 -UNC9/165/8-11 15,875 110 20 - 12 9 12 4 -UNC5/83/4-10 19,05 125 25 - 14 11 14 4 -UNC3/47/8-9 22,225 140 25 - 18 14,5 17 4 -UNC7/81-8 25,4 160 30 - 18 14,5 17 4 -UNC11 1/4-7 31,75 180 35 - 22 18 21 4 -UNC1.1/4


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P23519


d1

Lcl3

l1

DN

l9

P No. 1-72 1,854 45 4 9 2,8 2,1 5 3 -UNF1No. 2-64 2,184 45 4 12 2,8 2,1 5 3 -UNF2No. 3-56 2,515 50 4 12,5 2,8 2,1 5 3 -UNF3No. 4-48 2,845 56 6 18 3,5 2,7 6 3 -UNF4No. 5-44 3,175 56 6 18 3,5 2,7 6 3 -UNF5No. 6-40 3,505 56 6,5 20 4 3 6 3 -UNF6No. 8-36 4,166 63 7 21 4,5 3,4 6 3 -UNF8No. 10-32 4,826 70 8 25 6 4,9 8 3 -UNF10 -UNF10No. 12-28 5,486 80 10 30 6 4,9 8 3 -UNF121/4-28 6,35 80 10 30 7 5,5 8 3 -UNF1/4 -UNF1/4


DNmm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


P23569


d1

Lcl1

DN

l9

P 5/16-24 7,938 90 13 6 4,9 8 3 -UNF5/16 -UNF5/163/8-24 9,525 100 15 7 5,5 8 3 -UNF3/8 -UNF3/87/16-20 11,113 100 15 8 6,2 9 3 -UNF7/16 -UNF7/161/2-20 12,7 100 13 9 7 10 4 -UNF1/2 -UNF1/29/16-18 14,288 100 15 11 9 12 4 -UNF9/16 -UNF9/165/8-18 15,875 100 15 12 9 12 4 -UNF5/8 -UNF5/83/4-16 19,05 110 17 14 11 14 4 -UNF3/4 -UNF3/47/8-14 22,225 125 18 18 14,5 17 4 -UNF7/8 -UNF7/81-12 25,4 140 20 18 14,5 17 5 -UNF11 1/8-12 28,575 150 20 22 18 21 5 -UNF1.1/81 1/4-12 31,75 150 20 22 18 21 5 -UNF1.1/41 3/8-12 34,925 170 22 28 22 25 5 -UNF1.3/81 1/2-12 38,1 170 22 28 22 25 5 -UNF1.1/2

NEW2012

NEW2012

NEW2012

NEW2012



Paradur® X·pert P

Paradur® X·pert P

Paradur® X·pert P

Paradur® X·pert P

UNEF

UN - 8

G

BSW


DNmm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


P235692

d1

Lcl1

DN

l9

P 1/4-32 6,35 80 10 4,5 3,4 6 3 -UNEF1/45/16-32 7,938 90 13 6 4,9 8 3 -UNEF5/163/8-32 9,525 90 12 7 5,5 8 3 -UNEF3/87/16-28 11,113 90 15 8 6,2 9 3 -UNEF7/161/2-28 12,7 100 13 9 7 10 4 -UNEF1/29/16-24 14,288 100 15 11 9 12 4 -UNEF9/165/8-24 15,875 100 15 12 9 12 4 -UNEF5/811/16-24 17,462 110 17 14 11 14 4 -UNEF11/163/4-20 19,05 110 17 14 11 14 4 -UNEF3/47/8-20 22,225 125 18 18 14,5 17 4 -UNEF7/81-20 25,4 140 20 18 14,5 17 5 -UNEF1


DNmm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


P265676

d1

Lcl1

DN

l9

P 1 1/8-8 28,575 180 30 22 18 21 5 -UN1.1/81 1/4-8 31,75 180 30 22 18 21 5 -UN1.1/41 3/8-8 34,925 200 30 28 22 25 5 -UN1.3/81 1/2-8 38,1 200 30 28 22 25 5 -UN1.1/21 5/8-8 41,275 200 33 32 24 27 6 -UN1.5/81 3/4-8 44,45 200 33 36 29 32 6 -UN1.3/41 7/8-8 47,625 225 36 36 29 32 6 -UN1.7/82-8 50,8 225 36 40 32 35 6 -UN22 1/4-8 57,15 250 36 45 35 38 6 -UN2.1/4

DIN 5156 DNNom

DNmm

Threads per inch

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


P24569


d1

Lcl1

DN

l9

P G 1/8 9,728 28 90 12 7 5,5 8 3 -G1/8 -G1/8G 1/4 13,157 19 100 15 11 9 12 4 -G1/4 -G1/4G 3/8 16,662 19 100 15 12 9 12 4 -G3/8 -G3/8G 1/2 20,955 14 125 18 16 12 15 4 -G1/2 -G1/2G 5/8 22,911 14 125 18 18 14,5 17 4 -G5/8G 3/4 26,441 14 140 20 20 16 19 5 -G3/4 -G3/4G 7/8 30,201 14 150 20 22 18 21 5 -G7/8G 1 33,249 11 160 22 25 20 23 5 -G1 -G1G 1 1/8 37,897 11 170 22 28 22 25 5 -G1.1/8G 1 1/4 41,91 11 170 22 32 24 27 6 -G1.1/4G 1 1/2 47,803 11 190 24 36 29 32 6 -G1.1/2G 1 3/4 53,746 11 190 26 40 32 35 6 -G1.3/4G 2 59,614 11 220 28 45 35 38 6 -G2

DIN 2184-1 mc DNNom

DNmm

Threads per inch

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P28519

d1

Lcl3

l1

DN

l9

P 1/8-40 3,175 40 56 6 18 3,5 2,7 6 3 -BSW1/83/16-24 4,763 24 70 8 25 6 4,9 8 3 -BSW3/161/4-20 6,35 20 80 10 30 7 5,5 8 3 -BSW1/45/16-18 7,938 18 90 12 35 8 6,2 9 3 -BSW5/163/8-16 9,525 16 100 15 39 10 8 11 3 -BSW3/8

NEW2012

NEW2012

NEW2012

NEW2012



Paradur® X·pert P

Paradur® X·pert P

Paradur® X·pert P

BSW

EgM

EgM

DIN 2184-1 mc DNNom

DNmm

Threads per inch

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P28569

d1

Lcl1

DN

l9

P 7/16-14 11,113 14 100 15 - 8 6,2 9 3 -BSW7/161/2-12 12,7 12 110 18 - 9 7 10 3 -BSW1/25/8-11 15,875 11 110 20 - 12 9 12 4 -BSW5/83/4-10 19,05 10 125 25 - 14 11 14 4 -BSW3/47/8-9 22,225 9 140 25 - 18 14,5 17 4 -BSW7/81-8 25,4 8 160 30 - 18 14,5 17 4 -BSW1

DIN 40 435 6H mod DNNom

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P205099

d1

Lcl3

l1

DN

l9

P EG M 2,5 0,45 56 6 18 3,5 2,7 6 3 -EGM2.5EG M 3 0,5 63 7 21 4,5 3,4 6 3 -EGM3EG M 4 0,7 70 8 25 6 4,9 8 3 -EGM4EG M 5 0,8 80 10 30 6 4,9 8 3 -EGM5EG M 6 1 90 12 35 8 6,2 9 3 -EGM6EG M 8 1,25 100 15 39 10 8 11 3 -EGM8


P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P205599

d1

Lcl1

DN

l9

P EG M 10 1,5 100 13 - 9 7 10 4 -EGM10EG M 12 1,75 110 20 - 11 9 12 4 -EGM12EG M 14 2 110 20 - 12 9 12 4 -EGM14EG M 16 2 125 25 - 14 11 14 4 -EGM16EG M 20 2,5 160 25 - 18 14,5 17 4 -EGM20EG M 24 3 160 30 - 20 16 19 4 -EGM24

NEW2012

NEW2012

NEW2012

Paradur® X·pert P

Paradur® X·pert P

EgMF

EgUNC


P mm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


P215599

d1

Lcl1

DN

l9

P EG M 8 1 90 12 7 5,5 8 3 -EGM8X1EG M 10 1 100 13 9 7 10 3 -EGM10X1EG M 12 1,5 100 15 11 9 12 4 -EGM12X1.5EG M 14 1,5 100 15 12 9 12 4 -EGM14X1.5EG M 16 1,5 110 17 14 11 14 4 -EGM16X1.5


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P225099

d1

Lcl3

l1

DN

l9

P EG no. 6-32 4,536 70 8 25 6 4,9 8 3 -EGUNC6EG no. 8-32 5,197 80 10 30 6 4,9 8 3 -EGUNC8EG no. 10-24 6,201 80 10 30 7 5,5 8 3 -EGUNC10EG 1/4-20 8 90 12 35 8 6,2 9 3 -EGUNC1/4

NEW2012

NEW2012



Paradur® X·pert P

Paradur® X·pert P

EgUNF

EgUNF


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P235099

d1

Lcl3

l1

DN

l9

P EG no. 6-40 4,33 70 8 25 6 4,9 8 3 -EGUNF6EG no. 8-36 5,083 80 10 30 6 4,9 8 3 -EGUNF8EG no. 10-32 5,857 80 10 30 6 4,9 8 3 -EGUNF10EG 1/4-28 7,528 90 12 35 8 6,2 9 3 -EGUNF1/4


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P235599

d1

Lcl1

DN

l9

P EG 5/16-24 9,313 90 12 - 7 5,5 8 3 -EGUNF5/16EG 3/8-24 10,9 90 15 - 8 6,2 9 3 -EGUNF3/8EG 7/16-20 12,763 100 13 - 9 7 10 4 -EGUNF7/16EG 1/2-20 14,35 100 15 - 11 9 12 4 -EGUNF1/2

NEW2012

NEW2012



DIN 371 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20310


TICN designation P2031006

d1

Lcl3

l1

DN

l9

P M 2 0,4 45 6 9 2,8 2,1 5 3 -M2 -M2 -M2M 2,2 0,45 45 7 12 2,8 2,1 5 3 -M2.2 -M2.2M 2,5 0,45 50 8 12,5 2,8 2,1 5 3 -M2.5 -M2.5 -M2.5M 3 0,5 56 9 18 3,5 2,7 6 3 -M3 -M3 -M3M 3,5 0,6 56 11 20 4 3 6 3 -M3.5M 4 0,7 63 12 21 4,5 3,4 6 3 -M4 -M4 -M4M 5 0,8 70 13 25 6 4,9 8 3 -M5 -M5 -M5M 6 1 80 15 30 6 4,9 8 3 -M6 -M6 -M6M 7 1 80 15 30 7 5,5 8 3 -M7 -M7M 8 1,25 90 18 35 8 6,2 9 3 -M8 -M8 -M8M 10 1,5 100 20 39 10 8 11 3 -M10 -M10 -M10

DIN 376 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20360


TICN designation P2036006

d1

Lcl1

DN

l9

P M 2 0,4 45 6 - 1,4 1,12 4 3 -M2M 2,5 0,45 50 8 - 1,8 1,4 4 3 -M2.5M 3 0,5 56 9 - 2,2 1,8 4 3 -M3M 4 0,7 63 12 - 2,8 2,1 5 3 -M4M 5 0,8 70 13 - 3,5 2,7 6 3 -M5M 6 1 80 15 - 4,5 3,4 6 3 -M6 -M6 -M6M 7 1 80 15 - 5,5 4,3 7 3 -M7M 8 1,25 90 18 - 6 4,9 8 3 -M8 -M8 -M8M 9 1,25 90 18 - 7 5,5 8 3 -M9M 10 1,5 100 20 - 7 5,5 8 3 -M10 -M10 -M10M 12 1,75 110 23 - 9 7 10 3 -M12 -M12 -M12M 14 2 110 25 - 11 9 12 3 -M14 -M14M 16 2 110 25 - 12 9 12 3 -M16 -M16 -M16M 18 2,5 125 30 - 14 11 14 4 -M18 -M18M 20 2,5 140 30 - 16 12 15 4 -M20 -M20 -M20M 22 2,5 140 30 - 18 14,5 17 4 -M22M 24 3 160 36 - 18 14,5 17 4 -M24 -M24 -M24M 27 3 160 36 - 20 16 19 4 -M27 -M27M 30 3,5 180 42 - 22 18 21 4 -M30 -M30 -M30M 33 3,5 180 42 - 25 20 23 4 -M33M 36 4 200 48 - 28 22 25 4 -M36 -M36M 39 4 200 48 - 32 24 27 4 -M39M 42 4,5 200 54 - 32 24 27 4 -M42M 45 4,5 220 54 - 36 29 32 4 -M45M 48 5 250 60 - 36 29 32 4 -M48M 52 5 250 60 - 40 32 35 4 -M52M 56 5,5 250 66 - 40 32 35 4 -M56

Prototex® X·pert P



M

M

M

DIN 371 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20210


d1

Lcl3

l1

DN

l9

P M 1 0,25 40 5 - 2,5 2,1 5 2 -M11

M 1,2 0,25 40 5 - 2,5 2,1 5 2 -M1.21 -M1.21

M 1,4 0,3 40 6,5 - 2,5 2,1 5 2 -M1.41 -M1.41

M 1,6 0,35 40 7 - 2,5 2,1 5 2 -M1.61 -M1.61

M 1,8 0,35 40 7 - 2,5 2,1 5 2 -M1.81

M 2 0,4 45 6 9 2,8 2,1 5 2 -M2 -M2M 2,2 0,45 45 7 12 2,8 2,1 5 2 -M2.2M 2,3 0,4 45 7 12 2,8 2,1 5 2 -M2.3M 2,5 0,45 50 8 12,5 2,8 2,1 5 2 -M2.5 -M2.5M 2,6 0,45 50 8 12,5 2,8 2,1 5 2 -M2.6M 3 0,5 56 9 18 3,5 2,7 6 2 -M3 -M3M 3,5 0,6 56 11 20 4 3 6 2 -M3.5 -M3.5M 4 0,7 63 12 21 4,5 3,4 6 2 -M4 -M4M 4,5 0,75 70 13 25 6 4,9 8 2 -M4.5M 5 0,8 70 13 25 6 4,9 8 2 -M5 -M5M 6 1 80 15 30 6 4,9 8 2 -M6 -M6

≤M 1.4: 5H, ≥ M1.6: ISO 2/6H1 without reduced neck after the thread

NEW2012

NEW2012

NEW2012






M

M

M

DIN 371 ISO3/6GDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20330


d1

Lcl3

l1

DN

l9

P M 2,5 0,45 50 8 12,5 2,8 2,1 5 3 -M2.5M 3 0,5 56 9 18 3,5 2,7 6 3 -M3M 3,5 0,6 56 11 20 4 3 6 3 -M3.5M 4 0,7 63 12 21 4,5 3,4 6 3 -M4M 5 0,8 70 13 25 6 4,9 8 3 -M5M 6 1 80 15 30 6 4,9 8 3 -M6 -M6M 7 1 80 15 30 7 5,5 8 3 -M7M 8 1,25 90 18 35 8 6,2 9 3 -M8 -M8M 10 1,5 100 20 39 10 8 11 3 -M10 -M10

DIN 376 ISO3/6GDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20380

d1

Lcl1

DN

l9

P M 5 0,8 70 13 - 3,5 2,7 6 3 -M5M 6 1 80 15 - 4,5 3,4 6 3 -M6M 8 1,25 90 18 - 6 4,9 8 3 -M8M 10 1,5 100 20 - 7 5,5 8 3 -M10M 12 1,75 110 23 - 9 7 10 3 -M12M 14 2 110 25 - 11 9 12 3 -M14M 16 2 110 25 - 12 9 12 3 -M16M 18 2,5 125 30 - 14 11 14 4 -M18M 20 2,5 140 30 - 16 12 15 4 -M20M 24 3 160 36 - 18 14,5 17 4 -M24

DIN 371 ISO3/6GDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20230


d1

Lcl3

l1

DN

l9

P M 2 0,4 45 6 9 2,8 2,1 5 2 -M2 -M2M 2,3 0,4 45 7 12 2,8 2,1 5 2 -M2.3M 2,5 0,45 50 8 12,5 2,8 2,1 5 2 -M2.5 -M2.5M 2,6 0,45 50 8 12,5 2,8 2,1 5 2 -M2.6M 3 0,5 56 9 18 3,5 2,7 6 2 -M3 -M3M 3,5 0,6 56 11 20 4 3 6 2 -M3.5 -M3.5M 4 0,7 63 12 21 4,5 3,4 6 2 -M4 -M4M 5 0,8 70 13 25 6 4,9 8 2 -M5 -M5

NEW2012

NEW2012

NEW2012




Prototex® X·pert P/left-hand thread



Prototex® X·pert P/left-hand thread

M

M

M

M

M

DIN 371 7GDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20340


d1

Lcl3

l1

DN

l9

P M 2 0,4 45 6 11 2,8 2,1 5 3 -M2 -M2M 2,5 0,45 50 8 12,5 2,8 2,1 5 3 -M2.5 -M2.5M 2,6 0,45 50 8 14 2,8 2,1 5 3 -M2.6M 3 0,5 56 9 18 3,5 2,7 6 3 -M3 -M3M 3,5 0,6 56 11 20 4 3 6 3 -M3.5 -M3.5M 4 0,7 63 12 21 4,5 3,4 6 3 -M4 -M4M 5 0,8 70 13 25 6 4,9 8 3 -M5 -M5M 6 1 80 15 30 6 4,9 8 3 -M6 -M6M 8 1,25 90 18 35 8 6,2 9 3 -M8 -M8M 10 1,5 100 20 39 10 8 11 3 -M10 -M10

DIN 376 7GDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20390


d1

Lcl1

DN

l9

P M 12 1,75 110 23 - 9 7 10 3 -M12 -M12M 16 2 110 25 - 12 9 12 3 -M16 -M16M 20 2,5 140 30 - 16 12 15 4 -M20 -M20

NEW2012

NEW2012

DIN 371 ISO1/4HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P20200

d1

Lcl3

l1

DN

l9

P M 3 0,5 56 9 18 3,5 2,7 6 2 -M3M 3,5 0,6 56 11 20 4 3 6 2 -M3.5M 4 0,7 63 12 21 4,5 3,4 6 2 -M4M 5 0,8 70 13 25 6 4,9 8 2 -M5M 6 1 80 15 30 6 4,9 8 2 -M6M 8 1,25 90 18 35 8 6,2 9 3 -M8M 10 1,5 100 20 39 10 8 11 3 -M10

DIN 371 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P202108

d1

Lcl3

l1

DN

l9

P M 2 LH 0,4 45 6 9 2,8 2,1 5 2 -M2M 3 LH 0,5 56 9 18 3,5 2,7 6 2 -M3M 4 LH 0,7 63 12 21 4,5 3,4 6 2 -M4M 5 LH 0,8 70 13 25 6 4,9 8 2 -M5M 6 LH 1 80 15 30 6 4,9 8 3 -M6M 8 LH 1,25 90 18 35 8 6,2 9 3 -M8M 10 LH 1,5 100 20 39 10 8 11 3 -M10

DIN 376 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P202608

d1

Lcl1

DN

l9

P M 12 LH 1,75 110 23 - 9 7 10 3 -M12M 16 LH 2 110 25 - 12 9 12 3 -M16M 20 LH 2,5 140 30 - 16 12 15 3 -M20

NEW2012

NEW2012

NEW2012



Prototex® X·pert P AZ/interrupted teeth

Prototex® X·pert P AZ/interrupted teeth

M

M

DIN 371 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P40310

d1

Lcl3

l1

DN

l9

P M 3 0,5 56 9 18 3,5 2,7 6 3 -M3M 4 0,7 63 12 21 4,5 3,4 6 3 -M4M 5 0,8 70 13 25 6 4,9 8 3 -M5M 6 1 80 15 30 6 4,9 8 3 -M6M 8 1,25 90 18 35 8 6,2 9 3 -M8M 10 1,5 100 20 39 10 8 11 3 -M10

DIN 376 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P40360

d1

Lc

l1

DN

l9

P M 12 1,75 110 23 - 9 7 10 3 -M12M 14 2 110 25 - 11 9 12 3 -M14M 16 2 110 25 - 12 9 12 3 -M16M 20 2,5 140 30 - 16 12 15 4 -M20M 24 3 160 36 - 18 14,5 17 4 -M24

~DIN 371 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P203103


d1

Lcl3

l1

DN

l9


~DIN 376 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P203603


d1

Lcl1

DN

l9

P M 5 0,8 125 13 - 3,5 2,7 6 3 -M5 -M5M 6 1 125 15 - 4,5 3,4 6 3 -M6 -M6M 8 1,25 140 18 - 6 4,9 8 3 -M8 -M8M 10 1,5 160 20 - 7 5,5 8 3 -M10 -M10M 12 1,75 180 23 - 9 7 10 3 -M12 -M12M 14 2 180 25 - 11 9 12 3 -M14 -M14M 16 2 200 25 - 12 9 12 3 -M16 -M16M 20 2,5 224 30 - 16 12 15 4 -M20 -M20

Prototex® X·pert P/long series

Prototex® X·pert P/long series

M

M

NEW2012

NEW2012

NEW2012

NEW2012

~DIN 371 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P202103

d1

Lcl3

l1

DN

l9

P M 4 0,7 125 12 21 4,5 3,4 6 3 -M4M 5 0,8 140 13 25 6 4,9 8 3 -M5M 6 1 160 15 30 6 4,9 8 3 -M6

Prototex® X·pert P/extra long series MNEW2012



~DIN 376 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P202603

d1

Lcl1

DN

l9

P M 8 1,25 180 18 - 6 4,9 8 3 -M8M 10 1,5 200 20 - 7 5,5 8 3 -M10M 12 1,75 220 23 - 9 7 10 3 -M12M 14 2 220 25 - 11 9 12 3 -M14M 16 2 220 25 - 12 9 12 3 -M16M 20 2,5 280 30 - 16 12 15 4 -M20

Prototex® X·pert P/extra long series MNEW2012

Prototex® X·pert P MF

DIN 371 ISO2/6HDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P21210

d1

Lcl3

l1

DN

l9

P M 2 0,25 45 6 9 2,8 2,1 5 2 -M2X0.25M 2,2 0,25 45 7 12 2,8 2,1 5 2 -M2.2X0.25M 2,3 0,25 45 7 12 2,8 2,1 5 2 -M2.3X0.25M 2,5 0,35 50 8 12,5 2,8 2,1 5 2 -M2.5X0.35M 3 0,25 56 6 18 3,5 2,7 6 2 -M3X0.25M 3 0,35 56 9 18 3,5 2,7 6 2 -M3X0.35M 3,5 0,35 56 11 20 4 3 6 2 -M3.5X0.35M 4 0,35 63 12 21 4,5 3,4 6 2 -M4X0.35M 4 0,5 63 12 21 4,5 3,4 6 2 -M4X0.5M 4,5 0,5 70 13 25 6 4,9 8 2 -M4.5X0.5M 5 0,5 70 13 25 6 4,9 8 3 -M5X0.5M 5 0,75 70 13 25 6 4,9 8 3 -M5X0.75M 6 0,5 80 15 30 6 4,9 8 3 -M6X0.5M 6 0,75 80 15 30 6 4,9 8 3 -M6X0.75M 7 0,75 80 15 30 7 5,5 8 3 -M7X0.75M 8 1 90 18 35 8 6,2 9 3 -M8X1M 10 1 90 20 39 10 8 11 3 -M10X1




DIN 374 ISO2/6HDN

P mm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


P21360


d1

Lcl1

DN

l9

P M 4 0,5 63 12 2,8 2,1 5 3 -M4X0.5M 5 0,5 70 13 3,5 2,7 6 3 -M5X0.5 -M5X0.5M 6 0,5 80 15 4,5 3,4 6 3 -M6X0.5 -M6X0.5M 6 0,75 80 15 4,5 3,4 6 3 -M6X0.75 -M6X0.75M 8 0,5 80 15 6 4,9 8 3 -M8X0.5 -M8X0.5M 8 0,75 80 15 6 4,9 8 3 -M8X0.75 -M8X0.75M 8 1 90 18 6 4,9 8 3 -M8X1 -M8X1M 9 1 90 18 7 5,5 8 3 -M9X1M 10 0,5 90 20 7 5,5 8 3 -M10X0.5M 10 0,75 90 20 7 5,5 8 3 -M10X0.75M 10 1 90 20 7 5,5 8 3 -M10X1 -M10X1M 10 1,25 100 20 7 5,5 8 3 -M10X1.25 -M10X1.25M 12 0,5 100 21 9 7 10 4 -M12X0.5M 12 1 100 21 9 7 10 4 -M12X1 -M12X1M 12 1,25 100 21 9 7 10 4 -M12X1.25M 12 1,5 100 21 9 7 10 4 -M12X1.5 -M12X1.5M 14 1 100 21 11 9 12 4 -M14X1M 14 1,25 100 21 11 9 12 4 -M14X1.25M 14 1,5 100 21 11 9 12 4 -M14X1.5 -M14X1.5M 16 1 100 21 12 9 12 4 -M16X1M 16 1,5 100 21 12 9 12 4 -M16X1.5 -M16X1.5M 18 1 110 24 14 11 14 4 -M18X1M 18 1,5 110 24 14 11 14 4 -M18X1.5 -M18X1.5M 18 2 125 30 14 11 14 4 -M18X2M 20 1 125 24 16 12 15 4 -M20X1M 20 1,5 125 24 16 12 15 4 -M20X1.5 -M20X1.5M 20 2 140 30 16 12 15 4 -M20X2M 22 1 125 24 18 14,5 17 4 -M22X1M 22 1,5 125 24 18 14,5 17 4 -M22X1.5 -M22X1.5M 22 2 140 26 18 14,5 17 4 -M22X2M 24 1 140 26 18 14,5 17 4 -M24X1M 24 1,5 140 26 18 14,5 17 4 -M24X1.5 -M24X1.5M 24 2 140 26 18 14,5 17 4 -M24X2 -M24X2M 25 1,5 140 26 18 14,5 17 4 -M25X1.5M 26 1,5 140 26 18 14,5 17 4 -M26X1.5M 27 1 140 26 20 16 19 4 -M27X1M 27 1,5 140 26 20 16 19 4 -M27X1.5M 27 2 140 26 20 16 19 4 -M27X2 -M27X2M 28 1,5 140 26 20 16 19 4 -M28X1.5M 30 1 150 26 22 18 21 4 -M30X1M 30 1,5 150 26 22 18 21 4 -M30X1.5 -M30X1.5M 30 2 150 26 22 18 21 4 -M30X2 -M30X2M 32 1,5 150 26 22 18 21 4 -M32X1.5M 32 2 150 26 22 18 21 4 -M32X2M 33 1,5 160 28 25 20 23 4 -M33X1.5M 34 1,5 170 28 28 22 25 4 -M34X1.5M 35 1,5 170 28 28 22 25 4 -M35X1.5M 36 1,5 170 28 28 22 25 4 -M36X1.5M 36 2 170 28 28 22 25 4 -M36X2M 36 3 200 39 28 22 25 4 -M36X3M 38 1,5 170 28 28 22 25 5 -M38X1.5M 39 2 170 28 32 24 27 4 -M39X2M 40 1,5 170 28 32 24 27 5 -M40X1.5M 40 2 170 28 32 24 27 4 -M40X2M 42 1,5 170 28 32 24 27 5 -M42X1.5M 42 2 170 28 32 24 27 4 -M42X2M 42 3 200 42 32 24 27 4 -M42X3M 45 1,5 180 28 36 29 32 5 -M45X1.5M 48 1,5 190 28 36 29 32 5 -M48X1.5M 48 3 225 45 36 29 32 4 -M48X3M 50 1,5 190 28 36 29 32 5 -M50X1.5

NEW2012




DIN 374 ISO3/6GDN

P mm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


P21380


d1

Lcl1

DN

l9

P M 4 0,5 63 12 2,8 2,1 5 3 -M4X0.5M 5 0,5 70 13 3,5 2,7 6 3 -M5X0.5M 6 0,5 80 15 4,5 3,4 6 3 -M6X0.5M 6 0,75 80 15 4,5 3,4 6 3 -M6X0.75M 8 0,75 80 15 6 4,9 8 3 -M8X0.75M 8 1 90 18 6 4,9 8 3 -M8X1 -M8X1M 10 1 90 20 7 5,5 8 3 -M10X1 -M10X1M 10 1,25 100 20 7 5,5 8 3 -M10X1.25M 12 1 100 21 9 7 10 4 -M12X1 -M12X1M 12 1,25 100 21 9 7 10 4 -M12X1.25M 12 1,5 100 21 9 7 10 4 -M12X1.5 -M12X1.5M 14 1,5 100 21 11 9 12 4 -M14X1.5 -M14X1.5M 16 1,5 100 21 12 9 12 4 -M16X1.5 -M16X1.5M 18 1,5 110 24 14 11 14 4 -M18X1.5M 20 1,5 125 24 16 12 15 4 -M20X1.5M 22 1,5 125 24 18 14,5 17 4 -M22X1.5M 24 1,5 140 26 18 14,5 17 4 -M24X1.5

NEW2012

Prototex® X·pert P/left-hand thread MF

DIN 374 ISO2/6HDN

P mm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


P212608

d1

Lcl1

DN

l9

P M 8 LH 1 90 18 6 4,9 8 3 -M8X1M 10 LH 1 90 20 7 5,5 8 3 -M10X1M 12 LH 1 100 21 9 7 10 4 -M12X1M 12 LH 1,5 100 21 9 7 10 4 -M12X1.5M 14 LH 1,5 100 21 11 9 12 4 -M14X1.5M 16 LH 1 100 21 12 9 12 4 -M16X1M 16 LH 1,5 100 21 12 9 12 4 -M16X1.5M 18 LH 1,5 110 24 14 11 14 4 -M18X1.5M 20 LH 1,5 125 24 16 12 15 4 -M20X1.5

NEW2012






UNC

UNC

UNC


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P22210

d1

Lcl3

l1

DN

l9

P No. 2-56 2,184 45 7 12 2,8 2,1 5 2 -UNC2No. 4-40 2,845 56 9 18 3,5 2,7 6 2 -UNC4No. 6-32 3,505 56 11 20 4 3 6 2 -UNC6No. 8-32 4,166 63 12 21 4,5 3,4 6 2 -UNC8


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P22310


d1

Lcl3

l1

DN

l9

P No. 2-56 2,184 45 7 12 2,8 2,1 5 3 -UNC2No. 4-40 2,845 56 9 18 3,5 2,7 6 3 -UNC4No. 5-40 3,175 56 10 18 3,5 2,7 6 3 -UNC5No. 6-32 3,505 56 11 20 4 3 6 3 -UNC6 -UNC6No. 8-32 4,166 63 12 21 4,5 3,4 6 3 -UNC8No. 10-24 4,826 70 13 25 6 4,9 8 3 -UNC10No. 12-24 5,486 80 15 30 6 4,9 8 3 -UNC121/4-20 6,35 80 15 30 7 5,5 8 3 -UNC1/45/16-18 7,938 90 18 35 8 6,2 9 3 -UNC5/163/8-16 9,525 100 20 39 10 8 11 3 -UNC3/8


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P22360


d1

Lcl1

DN

l9

P 7/16-14 11,113 100 20 - 8 6,2 9 3 -UNC7/161/2-13 12,7 110 23 - 9 7 10 3 -UNC1/2 -UNC1/29/16-12 14,288 110 25 - 11 9 12 3 -UNC9/165/8-11 15,875 110 25 - 12 9 12 3 -UNC5/8 -UNC5/83/4-10 19,05 125 30 - 14 11 14 3 -UNC3/4 -UNC3/47/8-9 22,225 140 30 - 18 14,5 17 3 -UNC7/81-8 25,4 160 36 - 18 14,5 17 3 -UNC11 1/8-7 28,575 180 42 - 22 18 21 4 -UNC1.1/81 1/4-7 31,75 180 42 - 22 18 21 4 -UNC1.1/41 1/2-6 38,1 200 48 - 28 22 25 4 -UNC1.1/2

NEW2012

NEW2012

NEW2012






UNF

UNF

UNEF


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P23210


d1

Lcl3

l1

DN

l9

P No. 0-80 1,524 40 8 - 2,5 2,1 5 2 -UNF01

No. 1-72 1,854 45 6 9 2,8 2,1 5 2 -UNF1No. 2-64 2,184 45 7 12 2,8 2,1 5 2 -UNF2No. 3-56 2,515 50 8 12,5 2,8 2,1 5 2 -UNF3No. 4-48 2,845 56 9 18 3,5 2,7 6 2 -UNF4No. 6-40 3,505 56 11 20 4 3 6 2 -UNF6No. 8-36 4,166 63 12 21 4,5 3,4 6 2 -UNF8No. 10-32 4,826 70 13 25 6 4,9 8 2 -UNF10No. 12-28 5,486 80 15 30 6 4,9 8 3 -UNF12 -UNF121/4-28 6,35 80 15 30 7 5,5 8 3 -UNF1/4 -UNF1/4



DNmm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


P23360


d1

Lcl1

DN

l9

P 5/16-24 7,938 90 18 6 4,9 8 3 -UNF5/16 -UNF5/163/8-24 9,525 100 20 7 5,5 8 3 -UNF3/8 -UNF3/87/16-20 11,113 100 20 8 6,2 9 3 -UNF7/16 -UNF7/161/2-20 12,7 100 21 9 7 10 4 -UNF1/2 -UNF1/29/16-18 14,288 100 21 11 9 12 4 -UNF9/165/8-18 15,875 100 21 12 9 12 4 -UNF5/8 -UNF5/83/4-16 19,05 110 24 14 11 14 4 -UNF3/4 -UNF3/47/8-14 22,225 125 24 18 14,5 17 4 -UNF7/81-12 25,4 140 26 18 14,5 17 4 -UNF11 1/8-12 28,575 150 26 22 18 21 4 -UNF1.1/81 1/4-12 31,75 150 26 22 18 21 4 -UNF1.1/41 3/8-12 34,925 170 28 28 22 25 4 -UNF1.3/81 1/2-12 38,1 170 28 28 22 25 4 -UNF1.1/2


DNmm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


P233602

d1

Lcl1

DN

l9

P 1/4-32 6,35 80 15 4,5 3,4 6 3 -UNEF1/45/16-32 7,938 90 18 6 4,9 8 3 -UNEF5/163/8-32 9,525 90 20 7 5,5 8 3 -UNEF3/87/16-28 11,113 90 20 8 6,2 9 3 -UNEF7/161/2-28 12,7 100 21 9 7 10 4 -UNEF1/29/16-24 14,288 100 21 11 9 12 4 -UNEF9/165/8-24 15,875 100 21 12 9 12 4 -UNEF5/811/16-24 17,462 110 24 14 11 14 4 -UNEF11/163/4-20 19,05 110 24 14 11 14 4 -UNEF3/47/8-20 22,225 125 24 18 14,5 17 4 -UNEF7/8

NEW2012

NEW2012

NEW2012







G

BSW

BSW

EgM

DIN 5156 DNNom

DNmm

Threads per inch

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


P24360


d1

Lcl1

DN

l9

P G 1/8 9,728 28 90 20 7 5,5 8 3 -G1/8 -G1/8G 1/4 13,157 19 100 21 11 9 12 3 -G1/4 -G1/4G 3/8 16,662 19 100 21 12 9 12 4 -G3/8 -G3/8G 1/2 20,955 14 125 24 16 12 15 4 -G1/2 -G1/2G 5/8 22,911 14 125 24 18 14,5 17 4 -G5/8G 3/4 26,441 14 140 26 20 16 19 4 -G3/4 -G3/4G 7/8 30,201 14 150 26 22 18 21 4 -G7/8G 1 33,249 11 160 28 25 20 23 4 -G1 -G1G 1 1/4 41,91 11 170 28 32 24 27 4 -G1.1/4G 1 1/2 47,803 11 190 30 36 29 32 5 -G1.1/2G 1 3/4 53,746 11 190 32 40 32 35 5 -G1.3/4G 2 59,614 11 220 34 45 35 38 5 -G2

DIN 2184-1 mc DNNom

DNmm

Threads per inch

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P28210

d1

Lcl3

l1

DN

l9

P 1/8-40 3,175 40 56 10 18 3,5 2,7 6 2 -BSW1/83/16-24 4,763 24 70 13 25 6 4,9 8 2 -BSW3/161/4-20 6,35 20 80 15 30 7 5,5 8 3 -BSW1/45/16-18 7,938 18 90 18 35 8 6,2 9 3 -BSW5/163/8-16 9,525 16 100 20 39 10 8 11 3 -BSW3/8

DIN 2184-1 mc DNNom

DNmm

Threads per inch

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P28360

d1

Lcl1

DN

l9

P 7/16-14 11,113 14 100 20 - 8 6,2 9 3 -BSW7/161/2-12 12,7 12 110 23 - 9 7 10 3 -BSW1/25/8-11 15,875 11 110 25 - 12 9 12 3 -BSW5/83/4-10 19,05 10 125 30 - 14 11 14 4 -BSW3/47/8-9 22,225 9 140 30 - 18 14,5 17 4 -BSW7/81-8 25,4 8 160 36 - 18 14,5 17 4 -BSW1


P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P203009

d1

Lcl3

l1

DN

l9


NEW2012

NEW2012

NEW2012

NEW2012







EgM

EgUNC

EgUNF

EgUNF


P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P203509

d1

Lcl1

DN

l9

P EG M 10 1,5 100 21 - 9 7 10 3 -EGM10EG M 12 1,75 110 25 - 11 9 12 3 -EGM12EG M 16 2 125 30 - 14 11 14 4 -EGM16


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P223009

d1

Lcl3

l1

DN

l9

P EG no. 6-32 4,536 70 13 25 6 4,9 8 3 -EGUNC6EG no. 8-32 5,197 80 15 30 6 4,9 8 3 -EGUNC8EG no. 10-24 6,201 80 15 30 7 5,5 8 3 -EGUNC10EG 1/4-20 8 90 18 35 8 6,2 9 3 -EGUNC1/4


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P233009

d1

Lcl3

l1

DN

l9

P EG no. 6-40 4,33 70 13 25 6 4,9 8 3 -EGUNF6EG no. 8-36 5,083 80 15 30 6 4,9 8 3 -EGUNF8EG no. 10-32 5,857 80 15 30 6 4,9 8 3 -EGUNF10EG 1/4-28 7,528 90 18 35 8 6,2 9 3 -EGUNF1/4


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N


P233509

d1

Lcl1

DN

l9

P EG 5/16-24 9,313 90 20 - 7 5,5 8 3 -EGUNF5/16EG 3/8-24 10,9 90 20 - 8 6,2 9 3 -EGUNF3/8EG 7/16-20 12,763 100 21 - 9 7 10 4 -EGUNF7/16EG 1/2-20 14,35 100 21 - 11 9 12 4 -EGUNF1/2

NEW2012

NEW2012

NEW2012

NEW2012



Prototex® X·pert M



M

M

M

DIN 371 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M20213

TIN designation M2021305

TICN designation M2021306

d1

Lcl3

l1

DN

l9

P M 1,6 0,35 40 7 - 2,5 2,1 5 2 -M1.61

M 1,7 0,35 40 7 - 2,5 2,1 5 2 -M1.71

M 1,8 0,35 40 7 - 2,5 2,1 5 2 -M1.81

M 2 0,4 45 6 9 2,8 2,1 5 2 -M2 -M2 -M2M 2,2 0,45 45 7 12 2,8 2,1 5 2 -M2.2M 2,3 0,4 45 7 12 2,8 2,1 5 2 -M2.3M 2,5 0,45 50 8 12,5 2,8 2,1 5 2 -M2.5 -M2.5 -M2.5M 2,6 0,45 50 8 12,5 2,8 2,1 5 2 -M2.6M 3 0,5 56 9 18 3,5 2,7 6 2 -M3 -M3 -M3M 3,5 0,6 56 11 20 4 3 6 2 -M3.5 -M3.5 -M3.5M 4 0,7 63 12 21 4,5 3,4 6 3 -M4 -M4 -M4M 4,5 0,75 70 13 25 6 4,9 8 3 -M4.5M 5 0,8 70 13 25 6 4,9 8 3 -M5 -M5 -M5M 6 1 80 15 30 6 4,9 8 3 -M6 -M6 -M6M 7 1 80 15 30 7 5,5 8 3 -M7M 8 1,25 90 18 35 8 6,2 9 3 -M8 -M8 -M8M 9 1,25 90 18 35 9 7 10 3 -M9M 10 1,5 100 20 39 10 8 11 3 -M10 -M10 -M10


DIN 376 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M20263



d1

Lcl1

DN

l9

P M 5 0,8 70 13 - 3,5 2,7 6 3 -M5 -M5M 6 1 80 15 - 4,5 3,4 6 3 -M6 -M6M 8 1,25 90 18 - 6 4,9 8 3 -M8 -M8M 10 1,5 100 20 - 7 5,5 8 3 -M10 -M10M 12 1,75 110 23 - 9 7 10 4 -M12 -M12 -M12M 14 2 110 25 - 11 9 12 4 -M14 -M14 -M14M 16 2 110 25 - 12 9 12 4 -M16 -M16 -M16M 18 2,5 125 30 - 14 11 14 4 -M18M 20 2,5 140 30 - 16 12 15 4 -M20 -M20 -M20M 22 2,5 140 30 - 18 14,5 17 4 -M22M 24 3 160 36 - 18 14,5 17 4 -M24 -M24M 27 3 160 36 - 20 16 19 4 -M27M 30 3,5 180 42 - 22 18 21 4 -M30M 33 3,5 180 42 - 25 20 23 5 -M33M 36 4 200 48 - 28 22 25 5 -M36

DIN 371 6GXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M20233


d1

Lcl3

l1

DN

l9

P M 3 0,5 56 9 18 3,5 2,7 6 2 -M3 -M3M 4 0,7 63 12 21 4,5 3,4 6 3 -M4 -M4M 5 0,8 70 13 25 6 4,9 8 3 -M5 -M5M 6 1 80 15 30 6 4,9 8 3 -M6 -M6M 7 1 80 15 30 7 5,5 8 3 -M7 -M7M 8 1,25 90 18 35 8 6,2 9 3 -M8 -M8M 10 1,5 100 20 39 10 8 11 3 -M10 -M10

NEW2012

NEW2012

NEW2012







MF

MF

MF

UNC

DIN 371 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

TIN

designation M2121305

d1

Lcl3

l1

DN

l9

P M 5 0,5 70 13 25 6 4,9 8 3 -M5X0.5M 6 0,5 80 15 30 6 4,9 8 3 -M6X0.5M 6 0,75 80 15 30 6 4,9 8 3 -M6X0.75

DIN 374 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M21263


d1

Lcl1

DN

l9

P M 8 0,5 80 15 - 6 4,9 8 3 -M8X0.5 -M8X0.5M 8 0,75 80 15 - 6 4,9 8 3 -M8X0.75 -M8X0.75M 8 1 90 18 - 6 4,9 8 3 -M8X1 -M8X1M 10 0,75 90 20 - 7 5,5 8 3 -M10X0.75M 10 1 90 20 - 7 5,5 8 3 -M10X1 -M10X1M 10 1,25 100 20 - 7 5,5 8 3 -M10X1.25 -M10X1.25M 12 1 100 21 - 9 7 10 4 -M12X1M 12 1,25 100 21 - 9 7 10 4 -M12X1.25M 12 1,5 100 21 - 9 7 10 4 -M12X1.5 -M12X1.5M 14 1 100 21 - 11 9 12 4 -M14X1M 14 1,5 100 21 - 11 9 12 4 -M14X1.5 -M14X1.5M 16 1,5 100 21 - 12 9 12 4 -M16X1.5 -M16X1.5M 18 1,5 110 24 - 14 11 14 4 -M18X1.5 -M18X1.5M 20 1,5 125 24 - 16 12 15 4 -M20X1.5 -M20X1.5M 22 1,5 125 24 - 18 14,5 17 4 -M22X1.5M 24 1,5 140 26 - 18 14,5 17 4 -M24X1.5

DIN 374 6GXDN

P mm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P M 12 1,5 100 21 9 7 10 4 -M12X1.5M 14 1,5 100 21 11 9 12 4 -M14X1.5M 16 1,5 100 21 12 9 12 4 -M16X1.5M 20 1,5 125 24 16 12 15 4 -M20X1.5M 24 1,5 140 26 18 14,5 17 4 -M24X1.5


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M22213


d1

Lcl3

l1

DN

l9

P No. 2-56 2,184 45 7 12 2,8 2,1 5 2 -UNC2 -UNC2No. 3-48 2,515 50 8 12,5 2,8 2,1 5 2 -UNC3 -UNC3No. 4-40 2,845 56 9 18 3,5 2,7 6 2 -UNC4 -UNC4No. 5-40 3,175 56 10 18 3,5 2,7 6 2 -UNC5 -UNC5No. 6-32 3,505 56 11 20 4 3 6 2 -UNC6 -UNC6No. 8-32 4,166 63 12 21 4,5 3,4 6 3 -UNC8 -UNC8No. 10-24 4,826 70 13 25 6 4,9 8 3 -UNC10 -UNC10No. 12-24 5,486 80 15 30 6 4,9 8 3 -UNC12 -UNC121/4-20 6,35 80 15 30 7 5,5 8 3 -UNC1/4 -UNC1/4

NEW2012

NEW2012

NEW2012

NEW2012




DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M22263


d1

Lcl1

DN

l9

P 5/16-18 7,938 90 18 - 6 4,9 8 3 -UNC5/163/8-16 9,525 100 20 - 7 5,5 8 3 -UNC3/8 -UNC3/87/16-14 11,113 100 20 - 8 6,2 9 3 -UNC7/161/2-13 12,7 110 23 - 9 7 10 4 -UNC1/2 -UNC1/29/16-12 14,288 110 25 - 11 9 12 4 -UNC9/165/8-11 15,875 110 25 - 12 9 12 4 -UNC5/83/4-10 19,05 125 30 - 14 11 14 4 -UNC3/47/8-9 22,225 140 30 - 18 14,5 17 4 -UNC7/81-8 25,4 160 36 - 18 14,5 17 4 -UNC1





UNC

UNF

UNF

G


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M23213


d1

Lcl3

l1

DN

l9

P No. 5-44 3,175 56 10 18 3,5 2,7 6 2 -UNF5No. 6-40 3,505 56 11 20 4 3 6 2 -UNF6No. 8-36 4,166 63 12 21 4,5 3,4 6 2 -UNF8No. 10-32 4,826 70 13 25 6 4,9 8 3 -UNF10 -UNF10No. 12-28 5,486 80 15 30 6 4,9 8 3 -UNF121/4-28 6,35 80 15 30 7 5,5 8 3 -UNF1/4 -UNF1/4


DNmm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M23263


d1

Lcl1

DN

l9

P 5/16-24 7,938 90 18 6 4,9 8 3 -UNF5/16 -UNF5/163/8-24 9,525 100 20 7 5,5 8 3 -UNF3/8 -UNF3/87/16-20 11,113 100 20 8 6,2 9 3 -UNF7/16 -UNF7/161/2-20 12,7 100 21 9 7 10 4 -UNF1/2 -UNF1/29/16-18 14,288 100 21 11 9 12 4 -UNF9/165/8-18 15,875 100 21 12 9 12 4 -UNF5/83/4-16 19,05 110 24 14 11 14 4 -UNF3/47/8-14 22,225 125 24 18 14,5 17 4 -UNF7/81-12 25,4 140 26 18 14,5 17 4 -UNF1

DIN 5156 DNNom

DNmm

Threads per inch

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M24263


d1

Lcl1

DN

l9

P G 1/8 9,728 28 90 20 7 5,5 8 3 -G1/8 -G1/8G 1/4 13,157 19 100 21 11 9 12 4 -G1/4 -G1/4G 3/8 16,662 19 100 21 12 9 12 4 -G3/8 -G3/8G 1/2 20,955 14 125 24 16 12 15 4 -G1/2 -G1/2G 5/8 22,911 14 125 24 18 14,5 17 4 -G5/8G 3/4 26,441 14 140 26 20 16 19 4 -G3/4 -G3/4G 1 33,249 11 160 28 25 20 23 5 -G1 -G1

NEW2012

NEW2012

NEW2012

NEW2012





EgM

EgUNF


P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M203009

d1

Lcl3

l1

DN

l9



DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M233009

d1

Lcl3

l1

DN

l9

P EG no. 8-36 5,083 80 15 30 6 4,9 8 3 -EGUNF8EG no. 10-32 5,857 80 15 30 6 4,9 8 3 -EGUNF10EG 1/4-28 7,528 90 18 35 8 6,2 9 3 -EGUNF1/4

NEW2012

NEW2012



Paradur® X·pert M

Paradur® X·pert M

Paradur® X·pert M

M

M

M

DIN 371 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M20513



d1

Lcl3

l1

DN

l9

P M 1,6 0,35 40 6 - 2,5 2,1 5 3 -M1.614

M 1,7 0,35 40 6 - 2,5 2,1 5 3 -M1.714

M 1,8 0,35 40 6 - 2,5 2,1 5 3 -M1.814

M 2 0,4 45 4 9 2,8 2,1 5 3 -M24 -M24 -M24

M 2,5 0,45 50 4 12,5 2,8 2,1 5 3 -M2.54 -M2.54 -M2.54

M 3 0,5 56 6 18 3,5 2,7 6 3 -M3 -M3 -M3M 3,5 0,6 56 6,5 20 4 3 6 3 -M3.5M 4 0,7 63 7 21 4,5 3,4 6 3 -M4 -M4 -M4M 4,5 0,75 70 8 25 6 4,9 8 3 -M4.5M 5 0,8 70 8 25 6 4,9 8 3 -M5 -M5 -M5M 6 1 80 10 30 6 4,9 8 3 -M6 -M6 -M6M 7 1 80 10 30 7 5,5 8 3 -M7M 8 1,25 90 12 35 8 6,2 9 3 -M8 -M8 -M8M 10 1,5 100 15 39 10 8 11 3 -M10 -M10 -M10

1 without reduced neck after the thread4 without thread taper

DIN 376 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M20563



d1

Lcl1

DN

l9

P M 6 1 80 10 - 4,5 3,4 6 3 -M6 -M6M 8 1,25 90 12 - 6 4,9 8 3 -M8 -M8M 10 1,5 100 15 - 7 5,5 8 3 -M10 -M10M 12 1,75 110 16 - 9 7 10 4 -M12 -M12 -M12M 14 2 110 20 - 11 9 12 4 -M14M 16 2 110 20 - 12 9 12 4 -M16 -M16 -M16M 18 2,5 125 25 - 14 11 14 4 -M18M 20 2,5 140 25 - 16 12 15 4 -M20 -M20 -M20M 22 2,5 140 25 - 18 14,5 17 4 -M22M 24 3 160 30 - 18 14,5 17 4 -M24 -M24M 27 3 160 30 - 20 16 19 5 -M27M 30 3,5 180 35 - 22 18 21 5 -M30 -M30M 33 3,5 180 35 - 25 20 23 5 -M33M 36 4 200 40 - 28 22 25 5 -M36M 42 4,5 200 45 - 32 24 27 5 -M42

DIN 371 6GXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M20533


d1

Lcl3

l1

DN

l9


NEW2012

NEW2012

NEW2012



Paradur® X·pert M/extra long series

Paradur® X·pert M/extra long series

Paradur® X·pert M

Paradur® X·pert M

M

M

MF

MF

~DIN 371 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

THL designation M2051332

d1

Lcl3

l1

DN

l9

P M 4 0,7 125 7 21 4,5 3,4 6 3 -M4M 5 0,8 140 8 25 6 4,9 8 3 -M5M 6 1 160 10 30 6 4,9 8 3 -M6

~DIN 376 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

THL designation M2056332

Lcl1

DN

l9

P

d1

M 8 1,25 180 12 - 6 4,9 8 3 -M8M 10 1,5 200 15 - 7 5,5 8 3 -M10M 12 1,75 220 16 - 9 7 10 4 -M12M 16 2 220 20 - 12 9 12 4 -M16M 20 2,5 280 25 - 16 12 15 4 -M20

DIN 371 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M21513


d1

Lcl3

l1

DN

l9

P M 4 0,5 63 7 21 4,5 3,4 6 3 -M4X0.5 -M4X0.5M 5 0,5 70 8 25 6 4,9 8 3 -M5X0.5 -M5X0.5M 6 0,5 80 10 30 6 4,9 8 3 -M6X0.5 -M6X0.5M 6 0,75 80 10 30 6 4,9 8 3 -M6X0.75

DIN 374 6HXDN

P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M21563


d1

Lcl1

DN

l9

P M 8 0,5 80 10 - 6 4,9 8 3 -M8X0.5 -M8X0.5M 8 0,75 80 10 - 6 4,9 8 3 -M8X0.75 -M8X0.75M 8 1 90 13 - 6 4,9 8 3 -M8X1 -M8X1M 10 0,75 90 12 - 7 5,5 8 3 -M10X0.75 -M10X0.75M 10 1 90 12 - 7 5,5 8 3 -M10X1 -M10X1M 10 1,25 100 15 - 7 5,5 8 3 -M10X1.25 -M10X1.25M 12 1 100 13 - 9 7 10 4 -M12X1 -M12X1M 12 1,25 100 13 - 9 7 10 4 -M12X1.25 -M12X1.25M 12 1,5 100 13 - 9 7 10 4 -M12X1.5 -M12X1.5M 14 1 100 15 - 11 9 12 4 -M14X1M 14 1,5 100 15 - 11 9 12 4 -M14X1.5 -M14X1.5M 16 1,5 100 15 - 12 9 12 4 -M16X1.5 -M16X1.5M 18 1,5 110 17 - 14 11 14 4 -M18X1.5 -M18X1.5M 20 1,5 125 17 - 16 12 15 4 -M20X1.5 -M20X1.5M 20 2 140 25 - 16 12 15 4 -M20X2M 22 1,5 125 18 - 18 14,5 17 5 -M22X1.5M 24 1,5 140 20 - 18 14,5 17 5 -M24X1.5M 24 2 140 20 - 18 14,5 17 5 -M24X2M 27 2 140 20 - 20 16 19 5 -M27X2

NEW2012

NEW2012

NEW2012

NEW2012



Paradur® X·pert M

Paradur® X·pert M

Paradur® X·pert M

Paradur® X·pert M

MF

UNC

UNC

UNF

DIN 374 6GXDN

P mm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N


d1

Lcl1

DN

l9

P M 8 1 90 12 6 4,9 8 3 -M8X1M 10 1 90 12 7 5,5 8 3 -M10X1M 12 1 100 13 9 7 10 4 -M12X1M 12 1,5 100 13 9 7 10 4 -M12X1.5M 14 1 100 15 11 9 12 4 -M14X1M 14 1,5 100 15 11 9 12 4 -M14X1.5M 16 1 100 15 12 9 12 4 -M16X1M 16 1,5 100 15 12 9 12 4 -M16X1.5


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M22513


d1

Lcl3

l1

DN

l9

P No. 2-56 2,184 45 4 12 2,8 2,1 5 3 -UNC24 -UNC24

No. 3-48 2,515 50 4 12,5 2,8 2,1 5 3 -UNC3 -UNC3No. 4-40 2,845 56 6 18 3,5 2,7 6 3 -UNC4 -UNC4No. 5-40 3,175 56 6 18 3,5 2,7 6 3 -UNC5 -UNC5No. 6-32 3,505 56 6,5 20 4 3 6 3 -UNC6 -UNC6No. 8-32 4,166 63 7 21 4,5 3,4 6 3 -UNC8 -UNC8No. 10-24 4,826 70 8 25 6 4,9 8 3 -UNC10 -UNC10No. 12-24 5,486 80 10 30 6 4,9 8 3 -UNC12 -UNC121/4-20 6,35 80 10 30 7 5,5 8 3 -UNC1/4 -UNC1/4



DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M22563


d1

Lcl1

DN

l9

P 5/16-18 7,938 90 13 - 6 4,9 8 3 -UNC5/16 -UNC5/163/8-16 9,525 100 15 - 7 5,5 8 3 -UNC3/8 -UNC3/87/16-14 11,113 100 15 - 8 6,2 9 3 -UNC7/16 -UNC7/161/2-13 12,7 110 18 - 9 7 10 4 -UNC1/2 -UNC1/29/16-12 14,288 110 20 - 11 9 12 4 -UNC9/16 -UNC9/165/8-11 15,875 110 20 - 12 9 12 4 -UNC5/8 -UNC5/83/4-10 19,05 125 25 - 14 11 14 4 -UNC3/4 -UNC3/47/8-9 22,225 140 25 - 18 14,5 17 4 -UNC7/8 -UNC7/81-8 25,4 160 30 - 18 14,5 17 4 -UNC1 -UNC11 1/8-7 28,575 180 35 - 22 18 21 5 -UNC1.1/81 1/4-7 31,75 180 35 - 22 18 21 5 -UNC1.1/41 1/2-6 38,1 200 40 - 28 22 25 5 -UNC1.1/2


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M23513


d1

Lcl3

l1

DN

l9

P No. 6-40 3,505 56 6,5 20 4 3 6 3 -UNF6 -UNF6No. 8-36 4,166 63 7 21 4,5 3,4 6 3 -UNF8 -UNF8No. 10-32 4,826 70 8 25 6 4,9 8 3 -UNF10 -UNF10No. 12-28 5,486 80 10 30 6 4,9 8 3 -UNF12 -UNF121/4-28 6,35 80 10 30 7 5,5 8 3 -UNF1/4 -UNF1/4

NEW2012

NEW2012

NEW2012

NEW2012



Paradur® X·pert M

Paradur® X·pert M

Paradur® X·pert M

Paradur® X·pert M

UNF

UN - 8

G

EgM


DNmm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M23563


d1

Lcl1

DN

l9

P 5/16-24 7,938 90 13 6 4,9 8 3 -UNF5/16 -UNF5/163/8-24 9,525 100 15 7 5,5 8 3 -UNF3/8 -UNF3/87/16-20 11,113 100 15 8 6,2 9 3 -UNF7/16 -UNF7/161/2-20 12,7 100 13 9 7 10 4 -UNF1/2 -UNF1/29/16-18 14,288 100 15 11 9 12 4 -UNF9/16 -UNF9/165/8-18 15,875 100 15 12 9 12 4 -UNF5/8 -UNF5/83/4-16 19,05 110 17 14 11 14 4 -UNF3/4 -UNF3/47/8-14 22,225 125 18 18 14,5 17 4 -UNF7/8 -UNF7/81-12 25,4 140 20 18 14,5 17 5 -UNF1 -UNF1


DNmm

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M225632

d1

Lcl1

DN

l9

P 1-8 25,4 160 30 18 14,5 17 4 -UN11 1/8-8 28,575 180 30 22 18 21 4 -UN1.1/81 1/4-8 31,75 180 30 22 18 21 4 -UN1.1/41 3/8-8 34,925 200 30 28 22 25 5 -UN1.3/81 1/2-8 38,1 200 30 28 22 25 5 -UN1.1/21 5/8-8 41,275 200 33 32 24 27 5 -UN1.5/81 3/4-8 44,45 200 33 36 29 32 6 -UN1.3/41 7/8-8 47,625 225 36 36 29 32 6 -UN1.7/82-8 50,8 225 36 40 32 35 6 -UN2

DIN 5156 DNNom

DNmm

Threads per inch

l1js16 mm

Lcmm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M24563


d1

Lcl1

DN

l9

P G 1/8 9,728 28 90 12 7 5,5 8 3 -G1/8 -G1/8G 1/4 13,157 19 100 15 11 9 12 4 -G1/4 -G1/4G 3/8 16,662 19 100 15 12 9 12 4 -G3/8 -G3/8G 1/2 20,955 14 125 18 16 12 15 4 -G1/2 -G1/2G 5/8 22,911 14 125 18 18 14,5 17 4 -G5/8G 3/4 26,441 14 140 20 20 16 19 5 -G3/4 -G3/4G 7/8 30,201 14 150 20 22 18 21 5 -G7/8G 1 33,249 11 160 22 25 20 23 5 -G1 -G1


P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M205049

d1

Lcl3

l1

DN

l9


NEW2012

NEW2012

NEW2012

NEW2012




P mm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation M205549

d1

Lcl1

DN

l9

P EG M 10 1,5 100 13 - 9 7 10 4 -EGM10EG M 12 1,75 110 20 - 11 9 12 4 -EGM12EG M 14 2 110 20 - 12 9 12 4 -EGM14EG M 16 2 125 25 - 14 11 14 4 -EGM16

Paradur® X·pert M

Paradur® X·pert M

Paradur® HT

EgM

EgUNF

M


DNmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

VAP designation

M235049

d1

Lcl3

l1

DN

l9

P EG no. 10-32 5,857 80 10 30 6 4,9 8 3 -EGUNF10EG 1/4-28 7,528 90 12 35 8 6,2 9 3 -EGUNF1/4

DIN 376 ISO/6H DNNom

Pmm

l1js16 mm

Lcmm

l3±1

mm

d1h9

mm

B

h12 mm

l9mm N

TIN designation

2036115

d1

Lcl1

DN

l9

P M12 1,75 110 23 - 9 7 10 3 -M12M14 2 110 25 - 11 9 12 3 -M14M16 2 110 25 - 12 9 12 3 -M16M20 2,5 140 30 - 16 12 15 4 -M20M22 2,5 140 30 - 18 14,5 17 4 -M22M24 3 160 36 - 18 14,5 17 4 -M24M27 3 160 36 - 20 16 19 4 -M27M30 3,5 180 42 - 22 18 21 4 -M30M36 4 200 48 - 28 22 25 4 -M36

NEW2012

NEW2012

NEW2012

New addition to range



Protodyn® HSC/solid carbide thread former – chamfer form C

Protodyn® S HSC/solid carbide thread former – chamfer form C

Protodyn® S HSC/solid carbide thread former – chamfer form E

Protodyn® S HSC/solid carbide thread former – chamfer form C

M

M

M

MF

DIN2174 6HXDN

Pmm

l1js16mm

Lcmm

l3±1

mm

d1h6

mm

B

h12mm

l9mm

TICNdesignationHP8061106

d1

Lcl3

l1

DN

l9

P M 3 0,5 56 10 – 3,5 2,7 6 -M3

M 4 0,7 63 13 – 4,5 3,4 6 -M4

M 5 0,8 70 16 – 6 4,9 8 -M5

M 6 1 80 15 30 6 4,9 8 -M6

M 8 1,25 90 18 35 8 6,2 9 -M8

M 10 1,5 100 20 39 10 8 11 -M10

DIN2174 6HXDN

Pmm

l1js16mm

Lcmm

l3±1

mm

d1h6

mm

B

h12mm

l9mm


d1

Lcl3

l1

DN

l9

P M 6 1 80 15 30 6 4,9 8 -M6

M 8 1,25 90 18 35 8 6,2 9 -M8

M 10 1,5 100 20 39 10 8 11 -M10

DIN2174 6HXDN

Pmm

l1js16mm

Lcmm

l3±1

mm

d1h6

mm

B

h12mm

l9mm


d1

Lcl3

l1

DN

l9

P M 6 1 80 15 30 6 4,9 8 -M6

M 8 1,25 90 18 35 8 6,2 9 -M8

M 10 1,5 100 20 39 10 8 11 -M10

DIN2174 6HXDN

Pmm

l1js16mm

Lcmm

l3±1

mm

d1h6

mm

B

h12mm

l9mm


d1

Lcl1

DN

l9

P M 8 1 90 12 – 6 4,9 8 -M8X1

M 10 1 90 14 – 7 5,5 8 -M10X1

M 12 1,5 100 21 – 9 7 10 -M12X1.5

M 14 1,5 100 21 – 11 9 12 -M14X1.5

M 16 1,5 100 21 – 12 9 12 -M16X1.5


152

TMO/orbital thread mill ≤2 x DN

TMO/orbital thread mill ≤3 x DN

M-MF

M-MF

Pmm

Dcmm

Lcmm

l3±1

mmd2

mml1

mml4

mm

d1h6

mm Z

TICNdesignationH5087016

d1

DC d2

Lcl3

l4l1

M 5 0,8 4 2,4 11,2 2,9 57 21 6 3 -M5

M 6 1 4,8 3 13,5 3,4 57 21 6 3 -M6

M 8 1,25 6,4 3,75 17,9 4,7 63 27 8 3 -M8

M 10 1,5 8,2 4,5 22,3 6,16 72 32 10 4 -M10

M 12 1,75 9,5 5,25 26,7 7,13 72 27 10 5 -M12

Pmm

Dcmm

Lcmm

l3±1

mmd2

mml1

mml4

mm

d1h6

mm Z

TICNdesignationH5088016

d1

DC d2

Lcl3

l4l1

M 5 0,8 4 2,4 16,2 2,9 57 21 6 3 -M5

M 6 1 4,8 3 19,5 3,4 60 24 6 3 -M6

M 8 1,25 6,4 3,75 25,88 4,7 68 27 8 3 -M8


ISOturning ¤4¤

Grooving ¤14¤




PCDdrills ¤56¤


Walter ¤91¤

Drills ¤92¤






HSS-Etaps ¤106¤






Ball-noseendmills ¤162¤


Walter ¤177¤



Facemills ¤186¤

Copymills ¤190¤



Adaptors ¤218¤



_TOOLINNOVATIONSINMILLING

Withaninternalcoolantsupplyforthebestresults.


Milling

156

SOLIDCARBIDEENDMILLS

Walter PrototypProto·max™Inox–anewspecialistintheProto·max™family.

THETOOL

– Solidcarbidehigh-performanceendmillspeciallydesignedformachiningstainlessmaterials

– Withandwithoutcornerradius– FromR=0.5upto4mm– Diameterrangefrom6to20mm– Asymmetricalhelixangleonalternatingflutes35°/38°

– 4cuttingedges– ShankinaccordancewithDIN6535HAandHB– TAAcoating

THEAPPLICATION

– PrimaryapplicationISOmaterialgroupM– Forroughingandfinishing– Whenahighmachiningvolumeisrequired– Fullgroovesupto1xDcforcomponentsmadefromstainlessmaterials

– Pocketmilling,inclinedplungingandcontourmilling– Particularlysuitedtomachineswithaninternalcoolantsupply

– Foruseingeneralengineering,theenergyindustry,themedicalindustryandtheaerospaceindustry

YOURADVANTAGES

– Maximummachiningvolumeupto50%higherincomparisonwithstandardtools

– Longfeedupto1xDcinstainlessmaterials– Low-vibrationrunningduetospecialasymetricalhelixangleonalternatingflutesandthereforeoptimumsurfacefinishquality

– Softcuttingactionduetooptimisedmicrogeometry– Ahighlevelofprocessreliabilityduetooptimumchipevacuation;asaresultoftheinternalcoolantsupply

– Maximumtoollifeduetostate-of-the-artTAAcoat-ingandinternalcoolantsupply

TAAcoating

Optimisedmicrogeometryforstablecuttingedge

35°/38°Anglereducesasymmetricalhelixforfewervibrationsandincreasesalongtoollife

2helicalcoolantchannelsforimprovedchipevacuationandalongertoollife

NEW2012


157WalterPrototyp–Milling

Proto·max™Inoxhigh-performanceendmill H2034217

Slide(pocketmilling)

Cuttingdata

Competitors Proto·max™ InoxØ 16mm 16mmz 4 4ae 1-16mm 1-16mmap 6-10mm 6-10mmvc 130m/min 130m/minN 2586rpm 2586rpmfz 0.034mm 0.034mmvf 352mm/min 352mm/min

Toollifeinminutes

0

Competition

Proto·max™ Inox 275 min

+150%

110min

Workpiecematerial: X5CrNi1810(1.4301),ISOMTool: Proto·max™Inox

H2034217-16

Theresult:Low-vibrationrunningresultsinalongertoollifeduetoanasymmetricalhelixangles,internalcoolingandanewcoating.

50 100 150 250 300200

Shanktoleranceh5


orgodirectlytohttp://goo.gl/UaA3n

158


Walter PrototypConeFit™withnewcylindricalshanks.


Solidcarbideshank Monoblocktoolholder Steelshank

YOURADVANTAGES

– Modulardesignwithdifferentshankvariants– Extremelywidevarietyofdifferenttoolgeometries– Extremelyhighlevelofstabilityandprecisionduetoplanarandtaperedcontactsurfacewithpatentedself-centringthread

– Longtoollifeingraphitemachiningapplicationsduetospecialdiamondcoatingandnewgeometries

– LargechipclearanceonnewSpadevariant

THETOOLSYSTEM

– Modularsolidcarbidemillingsystemwithself-centringthread(patentpending)

– Extremelyhighconcentricityduetoconicalcentring– Theaxialsupportfaceprovidesmaximumrigidity– Diameterrangefrom10to25mm– Widerangeofhigh-performance,changeableheads– Steelandsolidcarbideshanksindifferentdesignsandlengthsinmmandinches

– TAXcoatedNewtotheproductrange:

– Toolsformachininggraphitewithdiamond(DIA)coating– MonoblockadaptorsinHSK63,SK40,MASBT40andCaptoC5andC6

– Newcylindricalsteelandsolidcarbideadaptors(orderinginformationfrompage¤227¤onwards)

– Proto·max™STnowalsowithConeFit™interface– ToolsavailableasSpadevariant

THEAPPLICATION

– FortheISOmaterialgroupsP,M,K,N,S,O– Forroughingandfinishingofallcontoursandmachininganextremelywidevarietyofdifferentshapes

– Foruseingeneralengineering,theautomotiveindustry,energyindustry,aerospaceindustryandmouldanddiemaking

SPADE

– Low-costSpadetypevariant– Directlyextrudedincludingchipclearance

– Diameterrangefrom10to16mm

THEAPPLICATION

– Plungemilling,chamfering,centre-markingorspot-facingofholes

Low-costSpadetypevariantwithsinteredflutes

N102ball-noseendmillcuttingedges H1E0111


orgodirectlytohttp://goo.gl/ExAPc

NEW

159


Walter PrototypConeFit™–extendedproductrange.

WalterPrototyp–Milling

VARIANTSFORGRAPHITEMACHINING

N504cuttingedgeswithcornerradius

N102cuttingedgesBall-noseendmill

SPADEVARIANTS

N102cuttingedgeswithcornerradius

N102cuttingedgesBall-noseendmill

Profiles2cuttingedges,chamfermillandcentredrill

Flash2cuttingedgesHifeedcutter

OptimisedmicrogeometryspeciallydevelopedforISOPmaterials

Proto·max™STwithConeFit™interface H4E34217metricH4E38217metric

withcornerradius

TAZcoating

4cuttingedgeswithunevenspacing

ConeFit™interface

Watchproductanimation:ScanQRcodeorgodirectlyto

http://goo.gl/TjoOe

160

SOLIDCARBIDESPECIALPURPOSEMILLS

SafetyFirst–Safe-LockTMsystem*withpull-outprotection.

NEW2012

Shanktoleranceh6forshrink-fitchucks

Optionalcoolantchannels

Dogelementsforpositiveconnection

*Haimersystem

3or6helicallygroundgrooves

YOURADVANTAGES

– Extendedtoollife– Particularlysuitableforhigh-precisioncomponents– Nodamagetotheworkpieceormachineasaresultoftoolsbeingpulledout

– Highcuttingefficiencyduetohightorqueandpositivedogconnection

– Connectioneliminatesneedforreducedcuttingdata

THESAFE-LOCK™SYSTEM

– WalterisnowsupplyingspecialpurposemillingcutterswiththeSafe-LockTMinterface

– Newpositivelockingsolutionforparallelshanks– 3or6helicalgroovesgroundintotheshank– Preventsthetoolfrombeingpulledoutasaresultofmicrocreep:occursduringmachiningathighrotationalspeedswithhighpull-outforces.Evenchuckswithanextremelyhighretentionforceareun-abletopreventmicrocreep

– Dogelementsinsidethechuckgripthegroovesinthetoolshank– Inadditiontothefrictionalclampingforcesoftheshrink-fitchuck,thetoolisheldbyapositiveinterlockingconnection

THEAPPLICATION

– Forhigh-performancemachining– Suitableforuseinallpreliminaryandroughingoperationsandevenfinishingtasks

– Whereahighlevelofaccuracyonthecomponentisrequired– Foruseintheaerospaceindustry,energyindustry,mouldanddiemakingandgeneralengineering


http://goo.gl/1pRVR


WALTERXPRESSMILLINGCUTTERS

– Protostar®solidcarbideendmills,e.g.typeN,typeAl,ToughGuys,etc.

– Helixangle25°to50°– Diametersfrom3mmto25mm– Batchsizesof3to100pcs.– ShankvariantsDIN6535HA,HB,HE– NowalsowithHaimerSafe-Lock™groovesNEW

Positivefitduetohelicalgroovesanddogelementsintheadaptor.

WHATISWALTERXPRESS?

WalterXPressisarapidorderinganddeliveryservicefromWalterforWalterTitexandWalterPrototypspecialtools.WalterXPresscoversadefinedrangeofspecialtools.Forthesetools,weguaranteeashortdeliverytimeofamaxi-mumoftwoweeksfromthetimeoforderintake.

YOURADVANTAGES

– Reducedproductioncostsbecauseoflesscomponentre-working

– Reliablemanufacturingofmoldsanddieseveninun-mannedoperations

– Highdegreeofradiusaccuracyachieveshighprecisionincomponentdimensions

– NewTAScoatingdeliversexceptionaltoollifecomparedwithotherstandardproductsonthemarket

– Highlevelofcuttingefficiencyinroughingoperations– Excellentsurfacequalityforfinishingandfinefinishingoperationsduetolowwear

– Canbeuseduniversallywithdry,wetandMQLmachining– Verystableandthereforereliablemachining

162

BALL-NOSEENDMILLS

Walter PrototypProto·max™UltraStandardandMini–outstandingeveninthesmallestofspaces.


THETOOL

– SolidcarbideHPCball-noseendmillsspeciallydesignedformachininghardenedmaterials

– Diameterrangefrom0.1to2.5mmforMinitoolrange

– Diameterrangefrom3to12mmforstandarddimensions

– L/Dratioofupto10xDc

– Helixangle=30°– Reinforcedcuttingedges– 2cuttingedges– ShankinaccordancewithDIN6535HA– Withreducedneck(d2)forMinitools– Optimisedtransitionsfromnecktoshanktokeepthetoolsasrigidaspossible

– NewTAScoating

THEAPPLICATION

– FormachiningISOmaterialgroupH– Formachiningworkpieceswithahardnessofupto70HRC

– Forsemi-roughingandroughingaswellassemi-finishingandfinefinishing

– Idealwhenahigh-qualitysurfacefinishisrequired– Formachining3-Dfreeformsurfaces,withZcon-stantandin5-axissimultaneousmillingoperations

– Minimachiningoperationsevenwithhighprojec-tionlengthsfordeepcavities

– Foruseinmouldanddiemakingandgeneralengineering

Proto·max™Ultra–HPCball-noseendmillMini H4046988metric

Cutterdiametermarkingonendfaceforbetter

concentricity

Toleranceh4

30°helixangle

Optimisedmicrogeometryformorestablecuttingedge

2cuttingedges

REDUCEDNECKThespeciallydesigned,solidreducedneckhelpstopreventthetoolfromwearingagainstthecomponent.Thecuttingedgemaintainsaclearanceeveninlargecavities.

Ø0.1-2.5mm

Veryrigidtransitions

Reducedneck

TAScoating



Finishmillingofhardenedtoolsteel

CuttingdataØ 10mmz 2ae 1.8mmap 0.6mmvc 220m/minN 7000rpmfz 0.17mmvf 2380mm/min

Workpiecematerial: X155CrVMo12-1(1.2379),ISOHHardness: 62HRCTool: Proto·max™Ultra

H8004788-10-72

Theresult:Noticeablylowertoolwearforlongertoollifeandbettersurfacequality.

Proto·max™Ultra–HPCBall-noseendmillStandard H8004788metric

Optimisedmicrogeometryformorestablecuttingedge

Cornerradius

30°helixangle

Toleranceh5

Cutterdiametermarkingonendface

Inscription-freeshankforbetter

concentricity

Toollife(m)10 20 30 400

0.2

0.15

0.1

0.05

Wid

tho

fw

ear

mar

ksV

b(m

m)

Proto·max™Ultra

Competition

Ø3-12mm

2cuttingedges


orgodirectlytohttp://goo.gl/Zu7C8

TAScoating

U=Proto·maxU

Diameter

UØ6-R3

YOURADVANTAGES

– Maximummachiningvolumeofupto50%moreincom-parisontotheusual3and4-flutetoolsonthemarket

– Longfeedupto2xDcinsteelmaterials– Unevenspacingforlowspindlestress– Softcuttingactionandoptimumchiptransportduetolargehelixangle

– Canbeusedfordryandwetmachining– IncreasedtoollifewiththelatestTAZcoating– Backcuttingreducestransitionswhensidefacemachin-ingontheworkpiece

– Highlevelofprocessstabilityduetostablecoreandoptimisedmicrogeometry

164


Walter PrototypProto·max™STSolidcarbidehigh-performanceendmillformachiningsteel.

THETOOL

– Solidcarbidehigh-performanceendmillspeciallydesignedformachiningsteelmaterials

– Withandwithoutcornerradius– Diameterrangefrom2to20mmfromR=0.2to4mm

– Helixangle =45°and50°– Reinforcedcorediameter– 3and4cuttingedges– Withreducedneck(d2)andbackcutting– TAZcoating– ShankaccordingtoDIN6535HA– Newtotheproductrange:ShankaccordingtoDIN6535HBwithh5toleranceandConeFit™interface

THEAPPLICATION

– PrimaryapplicationISOmaterialgroupP– SecondaryapplicationISOmaterialgroupM– Forroughingandfinishing– Whenahighmachiningvolumeisrequired– Fullgroovesof2xDc(z=3)and1.5xDc(z=4)– Pocketmilling,inclinedplungingandcontourmilling

– Foruseingeneralengineering,theautomotiveindustryandmouldanddiemaking

Proto·max™ST–high-performanceendmill H4033217metric H4036217metric withprotectionradius

Shankwithspecialsurfacetreatmentforabettergrip>Ø10mm

45°helixangleforasoftcuttingaction


3cuttingedges

Backcutting


ShanknowalsoaccordingtoDIN6535HBwithatoleranceofh5

TAZcoating



orgodirectlytohttp://goo.gl/WLhgN

OptimisedmicrogeometryspeciallydevelopedforISOPmaterials

165

Proto·max™STwithConeFit™interface H4E34217metric H4E38217metricwithcornerradius

Proto·max™ST–high-performanceendmill H4034217metric H4038217metric withcornerradius

Shankwithspecialsurfacetreatmentforabettergrip>Ø10mm



50°helixangleforoptimumchipevacuation

Unevencuttingedgespacingα<β

Backcutting


Forminsert

Cuttingdata

Previously Proto·max™STØ 16mm 16mmz 4 4ae 16mm 16mmap 13mm 22 mmvc 160m/min 160m/minN 3180rpm 3180rpmfz 0.08mm 0.08mmvf 1018mm/min 1018mm/min

MachinedvolumeQ[cm3/min]

0

Previously

Proto·max™ ST ap = 22 mm

+70%

ap=13mm

Workpiecematerial: X33CrS16(1.2085)Tensilestrength: 1000N/mm2

Tool: Proto·max™STH4034217-16

Theresult:Highlevelofprocessstabilityandproductivityduetoreducedwearwithhighermetalremovalrates.

5 10 15 2520

TAZcoating

TAZcoating


ConeFit™interface


166 Walter Prototyp – Milling166166

Proto·max™Inox high-performance end mills

Proto·max™Inox – End mills

Dch10 mm

Lcmm

l1mm

l4mm

d1h5mm

z

TAADIN 6535 HADesignation H2034217

TAADIN 6535 HBDesignation H2134217

d1

Lcl4

l1

Dc

6 13 57 21 6 4 -6 -

8 19 63 27 8 4 -8 -

10 22 72 32 10 4 -10 -10

12 26 83 38 12 4 -12 -12

14 26 83 38 14 4 -14 -14

16 32 92 44 16 4 -16 -16

18 32 92 44 18 4 -18 -18

20 38 104 54 20 4 -20 -20

Proto·max™Inox – End mills with corner radius

Dch9

mm

Rmm

Lcmm

l1mm

l4mm

d1h6

mmz

TAADIN 6535 HADesignation

H2038217

TAADIN 6535 HBDesignation

H2138217

d1

Lcl4

l1

Dc

R 6 0,5 13 57 21 6 4 -6-0.5 -6 1 13 57 21 6 4 -6-1 -8 0,5 19 63 27 8 4 -8-0.5 -8 1 19 63 27 8 4 -8-1 -8 2 19 63 27 8 4 -8-2 -10 0,5 22 72 32 10 4 -10-0.5 -10-0.5

10 1 22 72 32 10 4 -10-1 -10-1

10 2 22 72 32 10 4 -10-2 -10-2

10 3 22 72 32 10 4 -10-3 -10-3

12 0,5 26 83 38 12 4 -12-0.5 -12-0.5

12 1 26 83 38 12 4 -12-1 -12-1

12 2 26 83 38 12 4 -12-2 -12-2

12 3 26 83 38 12 4 -12-3 -12-3

16 0,5 32 92 44 16 4 -16-0.5 -16-0.5

16 1 32 92 44 16 4 -16-1 -16-1

16 2 32 92 44 16 4 -16-2 -16-2

16 3 32 92 44 16 4 -16-3 -16-3

20 1 38 104 54 20 4 -20-1 -20-1

20 2 38 104 54 20 4 -20-2 -20-2

20 3 38 104 54 20 4 -20-3 -20-3

20 4 38 104 54 20 4 -20-4 -20-4

NEW2012

NEW2012

167Walter Prototyp – Milling


Roughing end mills

SpadeFlash 2-flute – ConeFit™ – metric

Dch12mm

Rmm

apfmm

xfmm

Rfmm

Rersmm

Lcmm

d2mm

l1mm

l4mm

SW mm d1 z

TAXDesignation

H1E92718

Lcl4

l1

apf SW d1

d2

Dc

X

R

Rf

x f

X

10 1,5 0,3 1,7 5 1,99 8 9,7 23 11,8 6 E10 2 -E10-10

12 1,5 0,8 2,25 6 2,1 10 11,7 27,8 14 8 E12 2 -E12-12

16 2 1 3,1 8 2,747 13 15,5 35,1 18,1 10 E16 2 -E16-16

End mills

Proto·max™ ST – 4-flute – ConeFit™ – metric

Dch9

mm

Lcmm

d2mm

l1mm

l4mm

SW mm d1 z

TAZDesignation H4E34217

Lcl4

l1

d2

SW d1

Dc

10 4,75 9,7 23,6 12,4 8 E10 4 -E10-10

12 5,75 11,7 28,3 14,5 10 E12 4 -E12-12

16 7,5 15,5 35,7 18,7 12 E16 4 -E16-16

20 9,85 19,3 40,8 21,3 16 E20 4 -E20-20

End mill with corner radius


Dch9

mm

R mm

Lcmm

d2mm

l1mm

l4mm

SW mm d1 z


Dc

Lc

R

l4l1

SW d1

d2

10 0,5 4,75 9,7 23,6 12,4 8 E10 4 -E10-10-0.5

10 1 4,75 9,7 23,6 12,4 8 E10 4 -E10-10-1

10 1,5 4,75 9,7 23,6 12,4 8 E10 4 -E10-10-1.5

10 2 4,75 9,7 23,6 12,4 8 E10 4 -E10-10-2

10 3 4,75 9,7 23,6 12,4 8 E10 4 -E10-10-3

12 0,5 5,75 11,7 28,3 14,5 10 E12 4 -E12-12-0.5

12 1 5,75 11,7 28,3 14,5 10 E12 4 -E12-12-1

12 1,5 5,75 11,7 28,3 14,5 10 E12 4 -E12-12-1.5

12 2 5,75 11,7 28,3 14,5 10 E12 4 -E12-12-2

12 3 5,75 11,7 28,3 14,5 10 E12 4 -E12-12-3

12 4 5,75 11,7 28,3 14,5 10 E12 4 -E12-12-4

16 0,5 7,5 15,5 35,7 18,7 12 E16 4 -E16-16-0.5

16 1 7,5 15,5 35,7 18,7 12 E16 4 -E16-16-1

16 1,5 7,5 15,5 35,7 18,7 12 E16 4 -E16-16-1.5

16 2 7,5 15,5 35,7 18,7 12 E16 4 -E16-16-2

16 3 7,5 15,5 35,7 18,7 12 E16 4 -E16-16-3

16 4 7,5 15,5 35,7 18,7 12 E16 4 -E16-16-4



N50 4-flute – ConeFit™ – metric

Dch10mm

R mm

Lcmm

d2mm

l1mm

l4mm

SW mm d1 z

DIADesignation H3E20419

Lcl4

l1

d2

SW d1

Dc

R 10 0,5 5,5 9,7 23,6 12,4 8 E10 4 -E10-10-0.5

10 1 5,5 9,7 23,6 12,4 8 E10 4 -E10-10-1

10 1,5 5,5 9,7 23,6 12,4 8 E10 4 -E10-10-1.5

10 2 5,5 9,7 23,6 12,4 8 E10 4 -E10-10-2

12 0,5 6,5 11,7 28,3 14,5 10 E12 4 -E12-12-0.5

12 1 6,5 11,7 28,3 14,5 10 E12 4 -E12-12-1

12 1,5 6,5 11,7 28,3 14,5 10 E12 4 -E12-12-1.5

12 2 6,5 11,7 28,3 14,5 10 E12 4 -E12-12-2

SPADE - hi feedN10 2-flute – ConeFit™ – metric

Dch10mm

R mm

Lcmm

d2mm

l1mm

l4mm

SW mm d1 z

TAXDesignation

H1E12018

Lcl4

l1

SW d1

d2

Dc

R 10 0,2 8 9,7 23 11,8 6 E10 2 -E10-10-0.2

10 0,5 8 9,7 23 11,8 6 E10 2 -E10-10-0.5

10 0,8 8 9,7 23 11,8 6 E10 2 -E10-10-0.8

10 1 8 9,7 23 11,8 6 E10 2 -E10-10-1

10 1,2 8 9,7 23 11,8 6 E10 2 -E10-10-1.2

10 1,5 8 9,7 23 11,8 6 E10 2 -E10-10-1.5

10 2 8 9,7 23 11,8 6 E10 2 -E10-10-2

10 2,5 8 9,7 23 11,8 6 E10 2 -E10-10-2.5

10 3 8 9,7 23 11,8 6 E10 2 -E10-10-3

12 0,2 10 11,7 27,8 14 8 E12 2 -E12-12-0.2

12 0,5 10 11,7 27,8 14 8 E12 2 -E12-12-0.5

12 0,8 10 11,7 27,8 14 8 E12 2 -E12-12-0.8

12 1 10 11,7 27,8 14 8 E12 2 -E12-12-1

12 1,2 10 11,7 27,8 14 8 E12 2 -E12-12-1.2

12 1,5 10 11,7 27,8 14 8 E12 2 -E12-12-1.5

12 1,6 10 11,7 27,8 14 8 E12 2 -E12-12-1.6

12 2 10 11,7 27,8 14 8 E12 2 -E12-12-2

12 2,5 10 11,7 27,8 14 8 E12 2 -E12-12-2.5

12 3 10 11,7 27,8 14 8 E12 2 -E12-12-3

16 0,2 13 15,5 35,1 18,1 10 E16 2 -E16-16-0.2

16 0,5 13 15,5 35,1 18,1 10 E16 2 -E16-16-0.5

16 0,8 13 15,5 35,1 18,1 10 E16 2 -E16-16-0.8

16 1 13 15,5 35,1 18,1 10 E16 2 -E16-16-1

16 1,2 13 15,5 35,1 18,1 10 E16 2 -E16-16-1.2

16 1,5 13 15,5 35,1 18,1 10 E16 2 -E16-16-1.5

16 2 13 15,5 35,1 18,1 10 E16 2 -E16-16-2

16 3 13 15,5 35,1 18,1 10 E16 2 -E16-16-3

16 4 13 15,5 35,1 18,1 10 E16 2 -E16-16-4

Dch9

mm

R mm

Lcmm

d2mm

l1mm

l4mm

SW mm d1 z


Dc

Lc

R

l4l1

SW d1

d2

20 0,5 9,85 19,3 40,8 21,3 16 E20 4 -E20-20-0.5

20 1 9,85 19,3 40,8 21,3 16 E20 4 -E20-20-1

20 2 9,85 19,3 40,8 21,3 16 E20 4 -E20-20-1.5

20 3 9,85 19,3 40,8 21,3 16 E20 4 -E20-20-2

20 4 9,85 19,3 40,8 21,3 16 E20 4 -E20-20-4




Ball-nose end mill

N10 2-flute – ConeFit™ – metric

Dch10mm

R mm

Lcmm

d2mm

l1mm

l4mm

SW mm d1 z

DIADesignation

H1E01219

Dc

R SW

Lcl4

d2

d1

l1

10 5 8 9,7 23 11,8 6 E10 2 -E10-10

12 6 10 11,7 27,8 14 8 E12 2 -E12-12

SPADEN10 2-flute – ConeFit™ – metric

Dch9

mm

R mm

Lcmm

d2mm

l1mm

l4mm

SW mm d1 z

TAXDesignation

H1E01118

Dc

R SW

Lcl4

d2

d1

l1

10 5 8 9,7 23 11,8 6 E10 2 -E10-10

12 6 10 11,7 27,8 14 8 E12 2 -E12-12

16 8 13 15,5 35,1 18,1 10 E16 2 -E16-16

SPADEN10 2-flute – ConeFit™ – metric

Dch9

mm

R mm

Lcmm

d2mm

l1mm

l4mm

SW mm d1 z

Uncoated designation

H1E0111

Dc

R SW

Lcl4

d2

d1

l1

10 5 8 9,7 23 11,8 6 E10 2 -E10-10

12 6 10 11,7 27,8 14 8 E12 2 -E12-12

16 8 13 15,5 35,1 18,1 10 E16 2 -E16-16



Profiles

SPADEChamfer mill 60° – ConeFit™ – metric

αDah9

mm

Lcmm

d2mm

l1mm

l4mm

SW mm

d1mm z

TAXDesignation

H1E58518d1SW

Lcl4

Da

d2

α

l1

60° 10 7,5 9,7 23 11,8 6 10 2 -E10-10

60° 12 8 11,7 27,8 14 8 12 2 -E12-12


αDah9

mm

Lcmm

d2mm

l1mm

l4mm

SW mm d1 z

TAXDesignation

H1E58318d1SW

Lcl4

Da

d2

α

l1

90° 10 4,5 9,7 23 11,8 6 E10 2 -E10-10

90° 12 5,5 11,7 27,8 14 8 E12 2 -E12-12

90° 16 7,5 15,5 35,1 18,1 10 E16 2 -E16-16


αDah9

mm

Lcmm

d2mm

l1mm

l4mm

SW mm d1 z

TAXDesignation

H1E58118d1SW

Lcl4

Da

d2

α

l1

120° 10 2,7 9,7 23 11,8 6 E10 2 -E10-10

120° 12 3,3 11,7 27,8 14 8 E12 2 -E12-12


αDah9

mm

Lcmm

d2mm

l1mm

l4mm

SW mm d1 z

TAXDesignation

H1E58018d1SW

Lcl4

Da

d2

α

l1

150° 12 1,6 11,7 23 14 8 E12 2 -E12-12



Proto·max™Ultra – Mini ball-nose end mill (48-70 HRC)

Dc-0,010

mm

R +0,003-0,007

mm

Lcmm

d3mm

l1mm

l3mm

l4mm

d1h4 mm

zTAS

Designation H4046988

Dcd2

d1

R

l1l4

l3Lc

0,1 0,05 0,08 0,08 45 0,15 17 4 2 -0.1-0.15

0,1 0,05 0,08 0,08 45 0,3 17 4 2 -0.1-0.3

0,1 0,05 0,08 0,08 45 0,75 17 4 2 -0.1-0.75

0,2 0,1 0,15 0,17 45 0,3 17 4 2 -0.2-0.3

0,2 0,1 0,15 0,17 45 0,6 17 4 2 -0.2-0.6

0,2 0,1 0,15 0,17 45 1 17 4 2 -0.2-1

0,2 0,1 0,15 0,17 45 1,5 17 4 2 -0.2-1.5

0,2 0,1 0,15 0,17 45 2 17 4 2 -0.2-2

0,3 0,15 0,25 0,27 45 0,45 17 4 2 -0.3-0.45

0,3 0,15 0,25 0,27 45 0,9 17 4 2 -0.3-0.9

0,3 0,15 0,25 0,27 45 1,5 17 4 2 -0.3-1.5

0,3 0,15 0,25 0,27 45 2 17 4 2 -0.3-2

0,3 0,15 0,25 0,27 45 3 17 4 2 -0.3-3

0,4 0,2 0,30 0,37 45 0,6 17 4 2 -0.4-0.6

0,4 0,2 0,30 0,37 45 1,2 17 4 2 -0.4-1.2

0,4 0,2 0,30 0,37 45 2 17 4 2 -0.4-2

0,4 0,2 0,30 0,37 45 3 17 4 2 -0.4-3

0,4 0,2 0,30 0,37 45 3,5 17 4 2 -0.4-3.5

0,4 0,2 0,30 0,37 45 4 17 4 2 -0.4-4

0,5 0,25 0,35 0,47 45 0,75 17 4 2 -0.5-0.75

0,5 0,25 0,35 0,47 45 1,5 17 4 2 -0.5-1.5

0,5 0,25 0,35 0,47 45 3 17 4 2 -0.5-3

0,5 0,25 0,35 0,47 45 5 17 4 2 -0.5-5

0,6 0,3 0,40 0,57 45 0,9 17 4 2 -0.6-0.9

0,6 0,3 0,40 0,57 45 1,8 17 4 2 -0.6-1.8

0,6 0,3 0,40 0,57 45 3 17 4 2 -0.6-3

0,6 0,3 0,40 0,57 45 5 17 4 2 -0.6-5

0,6 0,3 0,40 0,57 45 6 17 4 2 -0.6-6

0,8 0,4 0,50 0,77 45 1,2 17 4 2 -0.8-1.2

0,8 0,4 0,50 0,77 45 2,4 17 4 2 -0.8-2.4

0,8 0,4 0,50 0,77 45 4 17 4 2 -0.8-4

0,8 0,4 0,50 0,77 45 6 17 4 2 -0.8-6

1 0,5 0,80 0,96 45 1,5 17 6 2 -1-1.5

1 0,5 0,80 0,96 45 3 17 6 2 -1-3

1 0,5 0,80 0,96 45 6 17 6 2 -1-6

1 0,5 0,80 0,96 45 8 17 6 2 -1-8

1 0,5 0,80 0,96 50 10 22 6 2 -1-10

1,2 0,6 1,10 1,15 45 1,8 17 6 2 -1.2-1.8

1,2 0,6 1,10 1,15 45 3,6 17 6 2 -1.2-3.6

1,5 0,75 1,35 1,44 45 2,25 17 6 2 -1.5-2.25

Wrenches

Flat wrench – ConeFit™

E SW Type Designation

10 8 and 6 for Spade Twin head FS2124-E10



20 16 Single head FS2127-E20

25 20 Single head FS2128-E25



Proto·max™Ultra – Ball-nose end mill (48-70 HRC)

Dcmm

R ±0,005

mm

Lcmm

l1mm

l4mm

d1h5 mm

zTAS


Dc

d1

Rl4

Lc

l1

3 1,5 4,5 57 21 6 2 -3-57

3 1,5 4,5 70 34 6 2 -3-70

4 2 6 57 21 6 2 -4-57

4 2 6 70 34 6 2 -4-70

5 2,5 7,5 57 21 6 2 -5-57

5 2,5 7,5 80 44 6 2 -5-80

6 3 9 57 21 6 2 -6-57

6 3 9 90 54 6 2 -6-90

8 4 12 63 27 8 2 -8-63

8 4 12 100 64 8 2 -8-100

10 5 15 72 32 10 2 -10-72

10 5 15 100 60 10 2 -10-100

12 6 18 83 38 12 2 -12-83

12 6 18 110 65 12 2 -12-110

Proto·max™Ultra – Mini ball-nose end mill (48-70 HRC)

Dc-0,010

mm

R +0,003-0,007

mm

Lcmm

d3mm

l1mm

l3mm

l4mm

d1h4 mm

zTAS


Dcd2

d1

R

l1l4

l3Lc

1,5 0,75 1,35 1,44 45 4,5 17 6 2 -1.5-4.5

1,5 0,75 1,35 1,44 45 8 17 6 2 -1.5-8

1,5 0,75 1,35 1,44 50 12 22 6 2 -1.5-12

2 1 1,70 1,92 45 3 17 6 2 -2-3

2 1 1,70 1,92 45 6 17 6 2 -2-6

2 1 1,70 1,92 45 8 17 6 2 -2-8

2 1 1,70 1,92 50 12 22 6 2 -2-12

2 1 1,70 1,92 50 16 22 6 2 -2-16

2 1 1,70 1,92 55 20 27 6 2 -2-20

2,5 1,25 2,20 2,42 45 3,75 17 6 2 -2.5-3.75

2,5 1,25 2,20 2,42 45 7,5 17 6 2 -2.5-7.5

2,5 1,25 2,20 2,42 50 12,5 22 6 2 -2.5-12.5

2,5 1,25 2,20 2,42 50 15 22 6 2 -2.5-15

2,5 1,25 2,20 2,42 55 20 27 6 2 -2.5-20



Proto·max™ST high-performance end mill

Proto·max™ST – 3-flute – metric

Dch9

mm

Lcmm

d2mm

l1mm

l3mm

l4mm

d1h6

mmz

TAZ DIN 6535 HADesignation H4033217

TAZDIN 6535 HBDesignation

H4133217

Dc

Lcl3

l4l1

d1

2 5 1,92 57 7,5 21 6 3 -2 –

3 7 2,9 57 10,5 21 6 3 -3 –

4 9 3,8 57 15 21 6 3 -4 –

5 11 4,75 57 16 21 6 3 -5 –

6 13 5,7 57 19 21 6 3 -6 –

8 18 7,6 63 25 27 8 3 -8 –

10 22 9,5 72 30 32 10 3 -10 -10

12 26 11,4 83 36 38 12 3 -12 -12

16 34 15,2 92 42 44 16 3 -16 -16

20 42 19 104 52 54 20 3 -20 -20

Proto·max™ST – 4-flute – metric

Dch9

mm

Lcmm

d2mm

l1mm

l3mm

l4mm

d1h6

mmz

TAZDIN 6535 HADesignation H4034217

TAZDIN 6535 HBDesignation H4134217

Dc

Lcl3l4

l1

d1

d2 3 5 2,9 57 8,5 21 6 4 -3 –

4 7 3,8 57 11 21 6 4 -4 –

5 8 4,75 57 14 21 6 4 -5 –

6 10 5,7 57 16 21 6 4 -6 –

8 13 7,6 63 22 27 8 4 -8 –

10 16 9,5 72 28 32 10 4 -10 -10

12 19 11,4 83 33 38 12 4 -12 -12

14 22 13,3 83 36 38 14 4 -14 -14

16 26 15,2 92 42 44 16 4 -16 -16

18 29 17,1 92 42 44 18 4 -18 -18

20 32 19 104 52 54 20 4 -20 -20

Proto·max™ST – 3-flute with protective radius – metric

Dch9

mm

Rmm

Lcmm

d2mm

l1mm

l3mm

l4mm

d1h6

mmz


Dc

Lcl3

l4l1

d1

R 2 0,08 5 1,92 57 7,5 21 6 3 -2

3 0,08 7 2,9 57 10,5 21 6 3 -3

4 0,08 9 3,8 57 15 21 6 3 -4

5 0,16 11 4,75 57 16 21 6 3 -5

6 0,16 13 5,7 57 19 21 6 3 -6

8 0,16 18 7,6 63 25 27 8 3 -8

10 0,25 22 9,5 72 30 32 10 3 -10

12 0,25 26 11,4 83 36 38 12 3 -12

16 0,25 34 15,2 92 42 44 16 3 -16

20 0,4 42 19 104 52 54 20 3 -20


174

Proto·max™ST – 4-flute with corner radius – metric

Dch9

mm

Rmm

Lcmm

d2mm

l1mm

l3mm

l4mm

d1h6

mmz


TAZDIN 6535 HBDesignation

H4138217

Dc

Lcl3l4

l1

d1

d2R 3 0,2 5 2,9 57 8,5 21 6 4 -3-0,2 –

3 0,5 5 2,9 57 8,5 21 6 4 -3-0,5 –

4 0,2 7 3,8 57 11 21 6 4 -4-0,2 –

4 0,5 7 3,8 57 11 21 6 4 -4-0,5 –

5 0,5 8 4,75 57 14 21 6 4 -5-0,5 –

5 1 8 4,75 57 14 21 6 4 -5-1 –

6 0,5 10 5,7 57 16 21 6 4 -6-0,5 –

6 1 10 5,7 57 16 21 6 4 -6-1 –

8 0,5 13 7,6 63 22 27 8 4 -8-0,5 –

8 1 13 7,6 63 22 27 8 4 -8-1 –

8 2 13 7,6 63 22 27 8 4 -8-2 –

10 0,5 16 9,5 72 28 32 10 4 -10-0,5 -10-0,5

10 1 16 9,5 72 28 32 10 4 -10-1 -10-1

10 2 16 9,5 72 28 32 10 4 -10-2 -10-2

12 0,5 19 11,4 83 33 38 12 4 -12-0,5 -12-0,5

12 1 19 11,4 83 33 38 12 4 -12-1 -12-1

12 2 19 11,4 83 33 38 12 4 -12-2 -12-2

16 0,5 26 15,2 92 42 44 16 4 -16-0,5 -16-0,5

16 1 26 15,2 92 42 44 16 4 -16-1 -16-1

16 2 26 15,2 92 42 44 16 4 -16-2 -16-2

20 1 32 19 104 52 54 20 4 -20-1 -20-1

20 2 32 19 104 52 54 20 4 -20-2 -20-2

20 4 32 19 104 52 54 20 4 -20-4 -20-4


Grooving ¤14¤




PCDdrills ¤56¤


Walter ¤91¤

Drills ¤92 Counterboredrills ¤96¤





HSS-Etaps ¤106¤







Walter ¤177¤



Facemills ¤186¤

Copymills ¤190¤



Adaptors ¤218¤



_TOOLINNOVATIONSINMILLING

Powerful,precise,reliable


Milling

Walter–Milling

Areliablesystemisrequired,whichimpresseswithitsabsoluteprecisionandextremelylongtoollife.TheWalterBlaxx™F5041andF5141millsarebasedonanewlydeveloped,unbelievablyro-busttoolbody,whichisequippedwiththebestperformancein-sertsfromWalter:poweredbyTiger·tec®Silver.

Relyingonasystemsuchasthisgivesinnovativecompaniestheopportunitytoworktotheirstrengthsandtodevelopandproduceimpressiveproducts.

ProductivityandprocessreliabilityIfallproductionparametersneedtobeoptimisedtoensuremaximumperformance,thekeyfactorliesatthemostdistinc-tivepointintheprocesschain:thepointatwhichthetoolandtheworkpiecemeet.Thisiswhereitbecomesclearwhetherthedesiredproductqualitycanactuallybeachieved.Complexdevel-opmentscenarioscaneitherbebroughttolifeorcanfailandresultinimmensecosts.

UNBEATABLECOMBINATION:BLAXX™ANDTIGER·TEC®SILVER.

179Walter–Milling


THENEWGENERATIONOFMILLS

Walter BlaxxTM – thenewgenerationofmills:powerful,precise,reliable.

THETOOLS

– F5041andF5141tangentialshouldermillswitha4-edgeindexableinsert

– Ø25–125mm– 2depthsofcut:8mmand12mm– 4carbidegrades:WKP25S,WKP35S,WSM35SandWSP45S–poweredbyTiger·tec®Silver

– Highradialandaxialrunoutaccuracy– Soft-cuttinggeometryduetohelicalcuttingedges– Precise90°angleonthecomponent– Specialsurfacetreatmentprovidesprotectionfromcorro-sionandwear

THEAPPLICATION

– Forallsteelandcastironworkpieces,stainlesssteelsandmaterialswithdifficultcuttingproperties

– Forshoulderandfacemilling– Suitableforallindustries,e.g.theautomotiveindustry,aerospaceindustryandgeneralengineering

YOURADVANTAGES

Maximumprocessreliabilityduetostabledesign– Largecarbidesectiontoabsorbcuttingforces– Specialtoolbodysurfacetreatmentandreinforcedcore

Highlevelofcostefficiency– Fourcuttingedgesperindexableinsert– Upto30%higherfeedratepertooth– Morecuttingedgesperdiameter

PoweredbyTiger·tec®Silver– 2CVDgrades(WKP25S,WKP35S)forsteelandcastironmachining

– 2PVDgrades(WSM35S,WSP45S)forsteel,stainlesssteelandmaterialswithdifficultcuttingproperties

Thenewgenerationofcutters–BlaxxTM Type:F5141

TangentialinsertsLNHU130608R-L55T

Wear-resistantbodyduetospecialsurfacetreatment

4usablecuttingedgesatprecisely90°

Positivecuttingbehaviour

Poweredby

181Walter–Milling

THESIZES

TangentialreliabilitywithBlaxxTMandTiger·tec® Silver

BlaxxTM:Upto30%higherfeedratesduetothetangentialarrangementoftheinserts

Workpiecematerial: GGG50,ISOKTool: Shouldermill,Ø80mm

Comparison:Feedpertoothfz[mm]

0.100 0.300.20

Previously 0.20

+ 30%

BlaxxTM with WKP25S 0.26

Cuttingdata

vc 264m/minap 8mmae 50mm

BlaxxTMF5141

– Ø40–125mm– Mediumandfinepitches– Cuttingdepth12mm– CornerradiiR0.8–R3.2mm– Insert:LNHU1306…R-L55T

BlaxxTMF5041

– Ø25–63mm– Mediumandfinepitches– Cuttingdepth8mm– CornerradiiR0.4–R2.0mm– Insert:LNHU0904…R-L55T

BlaxxTM Type:F5041.W... BlaxxTM Type:F5141.B...

PowerfulcutduetothehighcarbidevolumeincuttingforcedirectionFc

Maximumrigidityduetoalargematerialcross-sectioninthemillingbody

Fc

Watchanimation:ScanQRcode

orgodirectlytohttp://goo.gl/CesMH


CUTTINGTOOLMATERIALS

WalterTiger·tec®Silver–extendedproductrangecoversawiderareaofapplication.

SETTINGSTANDARDSINMACHINING

ThecuttingtoolmaterialsoftheTiger·tec®

technologybrandhavebeensettingstandardsforproductivityandprocessreliabilityformanyyears.WithTiger·tec®Silver,Walterengineershavedevel-opedanunrivalled,nearperfectcuttingtoolmate-rial.TherangehasbeenextendedtoincludethenewPVD-coatedWSM35SandWSP45Sgrades.Tiger·tec®Silverisperfectforthedryandwetmachiningofsteelandcastironmaterialsaswellasstainlesssteelandmaterialswhicharedifficulttocut.Itisindispensableinimportantkeysectors:intheautomotiveindustry,railvehiclemanufacturing,powerengineering,theaerospaceindustry,generalengineeringandmouldanddiemaking.

UNPARALLELEDBENEFITS

Theuniquecoatingtechnologycombineswearresistanceandtoughnessforallsteelandcastironworkpiecesaswellasstainlesssteelandmaterialswhicharedifficulttomachineandachievesin-creasesinoutputofupto100%.ThekeybenefitsofTiger·tec®Silverare:

– Minimalformationofhairlinecracksduetoopti-mumresidualstrength

– Resistanttotribo-chemicalwearduetoperfect,smoothrakefaces

– Optimumfrictionbehaviour– OptimumcuttingdataduetoaspecialaluminiumoxidecoatingandtheTiger·tec®Silverpost-treatmentprocess

Tiger·tec®Silver Type:F4080

SelectedexamplesfromtheextensiveTiger·tec®Silverproductrange

183Walter–Milling


orgodirectlytohttp://goo.gl/VtWEt

•Averageincreasesinoutputofupto100%duringmilling

•Extremelystablecuttingedgesforhighlevelofprocessreliability

•Extremelysmoothrakefaceforexcellenttribo-chemicalwearresistance

•Silvercolouredflankfaceforextremelyeasyweardetectionduringuse

Tiger·tec®Silver Type:F4042

184

WALTER GRADE DESIGNATION

W K P 25 STiger·tec®Silver

Rangeofapplications

2ndprimaryapplicationISOP

1stprimaryapplicationISOKWalter

CUTTINGTOOLMATERIALS

WalterTiger·tec®Silver–CVD-coatedgradesformaximumproductivityandreliablemachining.

THECOATING

– UniqueCVDaluminiumoxidecoatingtechnology– Extremehardnessandveryhightemperatureresistancecombinedwithahighdegreeoftoughness

– MaximumprocessreliabilityduetothespecialTiger·tec®Silversurfacetreatment

THECUTTINGMATERIALS

– DesignationWKP25SandWKP35S– Primaryapplicationwithsteel(ISOP)andcastironworkpieces(ISOK)

THEINDEXABLEINSERTS

ForallpopulartoolsfromtheWaltermillingprogramme,e.g.:Xtra·tec®

– F4042,F4041andF4033faceandshouldermills

– F4x53sideandfacemills– PorcupinecutterF4x38

Tiger·tec®Silver Type:WKP25S

YOURADVANTAGES

– Maximumproductivityduetoveryhighcuttingspeeds– Highlevelofprocessreliabilityduetouniquecombinationofwearresistanceandtoughness

– Reliableweardetectionduetotwo-toneTiger·tec®coating


185Walter–Milling

WKP25S

1stprimaryapplication:Allsteelmaterialsathighcut-tingspeedsandmediumfeedspertooth.Strongevenunderunfavourableconditions,e.g.wetmachiningorhightensilestrengthmaterial.

2ndprimaryapplication:Millingofgreycastironorcastironwithvermiculargraphiteatmediumtohighcuttingspeedsandmediumfeedspertooth.Forunfavourableconditions,e.g.wetmachining,fluctuatingmaterialremovalorrepeatedlyinterruptedcuts.

WKP35S

1stprimaryapplication:Allsteelmaterialsatmediumtohighcuttingspeedsandmediumtohighfeedspertooth.Forunfavourableconditions,e.g.wetmachining,fluctuatingmaterialremovalorlongprojectionlength.

2ndprimaryapplication:MillingofspheroidalgraphitecastironorADImaterialsatlowtomediumcuttingspeedsandmediumtohighfeedspertooth.Forunfavourableconditions,e.g.wetmachining,fluctuatingmaterialremovalorrepeatedlyinterruptedcuts.

WKP35STiger·tec® Silver

Wearresistance

WSP45STiger·tec® Silver



MATERIAL:STEEL(ISOP)

Toughness

WAK15

Wearresistance

MATERIAL:CASTIRON(ISOK)

WKK25

Toughness


Crankcase:Roughmachiningoftheoilsumpface

Workpiecematerial: GG25,ISOKTool: F4045/Z28/diameter200mmIndexableinsert: XNHF0705ANN-D67Cuttingtoolmaterial: WKP25S

Cuttingdata

Competition WKP25SNumberofteeth 32 28vc 150m/min 150m/minfz 0.27mm 0.32mmvf 2100mm/min 2100mm/minap 3mm 3mmae 60mm 60mm

Toollifequantitycomparisoninpieces

5000 15001000 2000

Competitor 700

+ 152%

WKP 25 S 1770

Components

186

FACEMILL

WalterPCDmillF4050–preciseandefficientmachiningofaluminium.

THETOOL

– FaceandshouldermillwithPCDcartridges– High-tensilealuminiumbasicbodyforreducedflywheeleffectandhardanodisedsurfaceforabrasionresistance

– Simpleaxialadjustmentwithµaccuracy(runout)

– Finebalancingscrewsforextremelyhighbalanceclass

– Diametersof80–200mminthestandardproductrange

– Cuttingdepthupto4mm– Withinternalcoolantsupply

THECARTRIDGES

– Inhigh-tensilesteelwithbrazedPCDblank– Integratedcarbidechipdeflector– Easy-cuttinggeometryforroughingandfinishing

– Multiplereconditioningpossible

THEAPPLICATION

– Faceandshouldermillingofnon-ferrousmetals,e.g.hypo-orhypereutecticalu-miniumalloys

– Forroughingandfinishing– Ideallysuitedtotheautomotiveindustryanditssuppliers,aswellasgeneralmechanicalengineering

YOURADVANTAGES

– Machiningtimereducedbyfastcuttingspeed– Configurationtimesreducedbyeasyadjustment– Highlevelofprocessreliabilityduetostablebody/cartridgedesign

– Lowcuttingmaterialcostsduetorepeatableregrinding– Largeselectionofgeometriesforuniversaluse

PCDmills Type:F4050

PCD-tippedcartridge

Aluminiumbasicbody

Carbidechipdeflector

Clampingscrewwithinternal

cooling

Finebalancingscrews


187Walter–Milling

ClampingscrewwithSchnorrwasher

Adjustingkey

Cylinderhead

Workpiecematerial: AlSi9Cu3,ISONTool: F4050/Z18/diameter125Cartridge: FR733WCD10(PCD)

Cuttingdata

Numberofteeth 18vc 5300m/minfz 0.1mmvf 24500mm/minap 1.5mmae 60-125mm

Toollife[components]

500 1500 2500 3000

Competition 1625

+ 60%

F4050 2600

1000 2000

90°

1.7

mm

75°

1.7

mm

2.4

mm

0

THEVARIANTS

FR733WCD10:Cartridgeforshouldermilling

– Leadangle90°– Facechamferwidth1.7mm– Cuttingdepth4mm

FR734WCD10:Cartridgeforfacemilling

– Approachangle75°– Facechamferwidth1.7mm– Cuttingdepth1.1mm

FR735WCD10:Cartridgeforwiping

– IncombinationwithFR734above– Facechamferwidth2.4mm– Foroptimumsurfacequality

THEADJUSTABILITY– Adjustingkeyforµ-accurateadjustmentofrunout– Secureclampingofthecartridgebyclampingscrew– Easilyaccessibleforcartridgechange

188

FACEMILL

WalterXtra·tec®heptagoncutterF4045–increasedcostefficiencyinyourmachiningapplicationdueto14-edgeindexableinserts.

THETOOLS

– Facemills,45°leadwith14-edgeindexableinserts– Cuttingdepth4or6mm– Stableandreliableindexableinsertretentionbyclampingwedge

– Standardrangewithdiametersof63-200mm– Hard-nickelplatedsurfaceprovidesprotectionfromcorrosionandwear,andensuresbetterchipflow

THEINDEXABLEINSERTS

– 14cuttingedgesperindexableinsertwithnegativebasicshape

– Softcuttingactionduetopositivecuttingedgegeometry– Insertswithcircumferencefullyground,withsecondarycuttingedgeXNHF0705ANN…orXNHF0906ANN…orwithcornerradiusXNHF070508…orXNHF090612…

– Tiger·tec®Silvercuttingtoolmaterialsforlongesttoollife(fordetailsseepage134-137)

THEAPPLICATION

– Forallcastironmaterials,e.g.GG26Cr,CGI,…– Forfacemilling(roughing)– Ideallysuitedtotheautomotiveindustryandgeneralmechanicalengineering

YOURADVANTAGES

– Highmachiningvolume,evenfromlow-performancemachines,duetopositive,softcuttingaction

– Highlevelofprocessreliabilityduetostable,negativeindexableinserts

– Lowcuttingmaterialcostsdueto14-edgeindexableinserts

– MaximumproductivityfromtheuniversaluseofTiger·tec®andTiger·tec®Silvercoatings

Xtra·tec®facemillfamily Type:F4045

14cuttingedges

Positivegeometry


CompoundscrewwithTorxPlus

Stableindexableinsertretentionbyclampingwedge

Twopitches

D27

D67

D57

189

THEGEOMETRYVARIANTS

D27–thestableone:

– Forunfavourablemachin-ingconditions

– Extremelyhighcuttingedgestability

– Highfeedrates– 10°rakeangle

D57–theuniversalone:

– Formediummachiningconditions

– Universalapplication– 10°rakeangle

D67–theeasy-cuttingone:

– Forgoodmachiningconditions

– Lowcuttingforces– Mediumfeedrates– 10°rakeangle

THEPITCHES

– Foruseonlesspowerfulmachines

– Unstableconditions– Longerprojectionlengths

– Maximumproductivityduetomaximumnumberofteeth

– Forstableconditionsandpowerfulmachines

– Shortprojectionlengths

Mediumpitch

Closepitch

Crankcase:Roughmachiningoftheoilsumpface

Workpiecematerial: GG26Cr,ISOKTool: F4045/Z28/diameter200mmIndexableinsert: XNHF0705ANN–D27Cuttingtoolmaterial: WKP25S

Cuttingdata

Numberofteeth 28vc 120m/minfz 0.26mmvf 1390mm/minap 4mmae 30-100mm

Toollife[components]

0 700 1400 28002100 3500

Competition 2200

+ 36%

F4045 3000

Components

Walter–Milling

190

COPYMILLING

WalterXtra·tec®profilemillF4031–optimumsurfacefinishduetomaximumprecision.

THETOOLS

– Profilemillwithtoricexchangeableinsert– Stableandreliableinsertretentionbyclampingscrewandprism

– WithparallelshankandmodularScrewFitinterface– Ø12–32mmor½–1¼"– Hard-nickelplatedsurfaceprovidesprotectionfromcorrosionandwear,andensuresbetterchipflow

THEINDEXABLEINSERTS

– High-precisionexchangeableinsertwithtoricbasicshape,designationP8001

– Differentcornerradiiof0.5–2mmor1/32–1/8"– Secondaryinsert<90°onthecircumferenceformachiningwalls

THEAPPLICATION

– Forallsteelandcastironmaterials,stainlessanddifficulttocutmaterials,andforhardmachining

– Forsemi-finishingandfinishingflatsurfaces– Ideallysuitableforfinishingoperationsinmoldanddiemaking

YOURADVANTAGES

– Nore-workingofflatsurfacesorshouldersduetoprecision-groundexchangeableinserts

– Highlevelofprocessreliabilityduetostableandpreciseexchangeableinsertclamping

– Reducedstoragecostsduetotheselectionoftheopti-malcuttingmaterialgradeforeachparticularapplication

– Shortermachiningtimeduetoincreasedrowwidthincomparisontosphericalcutters

Xtra·tec®profilemillingfamily Type:F4031

High-precisionexchangeableinserts

withsecondarycuttingedge

Hard-nickelplatedsurface

TorxPlusscrews

ModularScrewFitinterface


191Walter–Milling

INSERTCLAMPING

Highradialandaxialrunoutaccuracyduetooptimumcentringoftheexchangeableinsertbyprismlocation

Elasticdeformationoftheclampingscrewbyeccentricallypositionedscrewheadcounter-sink

Exchangeableinsertisretainedintheprismbyscrewclamping

Testworkpiece:Finishinginrows

Workpiecematerial: 40CrMnMo7(1.2311),ISOPTool: F4031/Z2/Ø16/R1.0mmIndexableinsert: P8001–D16R10–A57Cuttingtoolmaterial: WHH15

Cuttingdata

Numberofteeth 2vc 250m/minfz 0.1mmvf 99.5mm/minap 1mmae 10mm

ComparisonofsurfacefinishachievedinRa[µm]

0 0.4 0.8 1.61.2 2.0

CompetitorB

CompetitorA

F4031

Ra[µm]

Ra = 0.44 µm

Ra=0.68µm

Ra=1.91µm


192 Walter – Milling

Positive rhombic

Tole

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ass

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of

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P M K N S H

HC HC HC HC HC HC HC HC

Designationl2

mml

mms

mm α α2

r mm

b mm W

KP2

5

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

b

rα2

s

α

l

l2

ADGT0803PER-D51 G 2 6,75 9,52 3,35 15° 20° 0,4 1,2 a a b c c b b c c



ADGT1807PER-D51 G 2 14,5 19 7 15° 17° 1,2 1,8 a a b c c b b c c

ADGT0803PER-D56 G 2 6,75 9,52 3,35 15° 20° 0,4 1,2 a a b c b c b b b c b c



ADGT1807PER-D56 G 2 14,5 19 7 15° 17° 1,2 1,8 a a b c b c b b c b c

ADKT0803PEL-F56 K 2 6,75 9,52 3,35 15° 20° 0,4 1,2 b c c c c

ADKT0803PER-F56 K 2 6,75 9,52 3,35 15° 20° 0,4 1,2 a a b c c a b b c c

ADKT10T3PER-F56 K 2 7,25 11,3 3,8 15° 15° 0,8 1,2 a a b c b c a b b c b c

ADKT1204PEL-F56 K 2 8,4 13,6 4,76 15° 20° 0,8 1,2 b c c c c


ADKT1606PEL-F56 K 2 10,8 17,5 6,15 15° 20° 0,8 1,6 b c c c c


ADMT080304R-D56 M 2 6,75 9,52 3,35 15° 20° 0,4 1,2 a a b c c a b b b c c



ADMT180712R-D56 M 2 14,5 19 7 15° 17° 1,2 1,8 a a b c c b b b c c

ADMT080302R-F56 M 2 6,75 9,52 3,35 15° 20° 0,2 1,2 b c b c c b c

ADMT080304L-F56 M 2 6,75 9,52 3,35 15° 20° 0,4 1,2 b c c c c

ADMT080304R-F56 M 2 6,75 9,52 3,35 15° 20° 0,4 1,2 a a b c b c a b b b c b c

ADMT120404R-F56 M 2 6,75 9,52 3,35 15° 20° 0,4 1,2 b c b c c b c

ADMT080308L-F56 M 2 6,75 9,52 3,35 15° 20° 0,8 1,2 b c c c c

ADMT080308R-F56 M 2 6,75 9,52 3,35 15° 20° 0,8 1,2 b c b c c b c

ADMT080312R-F56 M 2 6,75 9,52 3,35 15° 20° 1,2 1 b c b c c b c

ADMT080316R-F56 M 2 6,75 9,52 3,35 15° 20° 1,6 1 b c b c c b c

ADMT080320R-F56 M 2 6,75 9,52 3,35 15° 20° 2 1 b c b c c b c

ADMT10T304R-F56 M 2 7,25 11,3 3,8 15° 15° 0,4 1,2 b c b c c b c

ADMT10T308R-F56 M 2 7,25 11,3 3,8 15° 15° 0,8 1,2 a a b c b c a b b b c b c



ADMT10T320R-F56 M 2 7,25 11,3 3,8 15° 15° 2 1 b c b c c b c

ADMT10T325R-F56 M 2 7,25 11,3 3,8 15° 15° 2,5 1 b c b c c b c

ADMT10T330R-F56 M 2 7,25 11,3 3,8 15° 15° 3 0,8 b c b c c b c


ADMT120408L-F56 M 2 8,4 13,6 4,76 15° 20° 0,8 1,2 b c c c c


ADMT120412R-F56 M 2 8,4 13,6 4,76 15° 20° 1,2 1,2 a b c b c b c b c

ADMT120416R-F56 M 2 8,4 13,6 4,76 15° 20° 1,6 1 b c b c c b c

ADMT120416L-F56 M 2 8,4 13,6 4,76 15° 20° 1,6 1 b c c c c

ADMT120420R-F56 M 2 8,4 13,6 4,76 15° 20° 2 1 b c b c c b c

ADMT120425R-F56 M 2 8,4 13,6 4,76 15° 20° 2,5 0,8 b c b c c b c

ADMT120425L-F56 M 2 8,4 13,6 4,76 15° 20° 2,5 0,8 b c c c c

ADMT120430R-F56 M 2 8,4 13,6 4,76 15° 20° 3 0,8 b c b c c b c

HC = Coated carbideHW = Uncoated carbide

193Walter – Milling


Positive rhombic

Tole

ranc

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Num

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of

cutt

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edge

s

P M K N S H


Designationl2

mml

mms

mm α α2

r mm

b mm W

KP2

5

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

b

rα2

s

α

l

l2

ADMT120430L-F56 M 2 8,4 13,6 4,76 15° 20° 3 0,8 b c c c c

ADMT120432R-F56 M 2 8,4 13,6 4,76 15° 20° 3,2 0,8 b c b c c b c

ADMT120440L-F56 M 2 8,4 13,6 4,76 15° 20° 4 0,4 b c c c c

ADMT120440R-F56 M 2 8,4 13,6 4,76 15° 20° 4 0,4 b c b c c b c


ADMT160608L-F56 M 2 10,8 17,5 6,15 15° 20° 0,8 1,6 b c c c c

ADMT160612R-F56 M 2 10,8 17,5 6,15 15° 20° 1,2 1,6 b c b c c b c

ADMT160616L-F56 M 2 10,8 17,5 6,15 15° 20° 1,6 1,4 b c c c c

ADMT160616R-F56 M 2 10,8 17,5 6,15 15° 20° 1,6 1,4 b c b c c b c

ADMT160620R-F56 M 2 10,8 17,5 6,15 15° 20° 2 1,4 b c b c c b c

ADMT160625R-F56 M 2 10,8 17,5 6,15 15° 20° 2,5 1,2 b c b c c b c

ADMT160625L-F56 M 2 10,8 17,5 6,15 15° 20° 2,5 1,2 b c c c c

ADMT160630R-F56 M 2 10,8 17,5 6,15 15° 20° 3 1,2 b c b c c b c

ADMT160630L-F56 M 2 10,8 17,5 6,15 15° 20° 3 1,2 b c c c c

ADMT160632R-F56 M 2 10,8 17,5 6,15 15° 20° 3,2 1,2 b c b c c b c

ADMT160640L-F56 M 2 10,8 17,5 6,15 15° 20° 4 1 b c c c c

ADMT160640R-F56 M 2 10,8 17,5 6,15 15° 20° 4 1 b c b c c b c

ADMT160650R-F56 M 2 10,8 17,5 6,15 15° 20° 5 – b c b c c b c

ADMT160660R-F56 M 2 10,8 17,5 6,15 15° 20° 6 – b c b c c b c

ADMT180712R-F56 M 2 14,5 19 7 15° 20° 1,2 1,8 a a b c c b b b c c

Positive rhombic

Tole

ranc

e cl

ass

Num

ber

of

cutt

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edge

s

P M K N S H

HC HC HC HC HC HC

Designationl2

mml

mms

mm αr

mmb

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

b

88˚ r

l s

l2

α

LPGW070304R-A57 G 2 6,35 7,94 3,18 11° 0,4 1,2 b b c a b b c

LPGW15T308R-A57 G 2 9,52 15 3,97 11° 0,8 1,4 b b c a b b c

LPGW150412R-A57 G 2 12,7 15,88 4,76 11° 1,2 1,6 b b c a b b c

LPMT070304R-D51 M 2 6,35 7,94 3,18 11° 0,4 1,2 a a b c b c b b c b c

LPMT15T308R-D51 M 2 9,52 15 3,97 11° 0,8 1,4 a a b c b c b b c b c

LPMT150412R-D51 M 2 12,7 15,88 4,76 11° 1,2 1,6 a a b c b c b b c b c

LPMT150612R-D51 M 2 12,7 15,88 6,35 11° 1,2 – b c b c c b c

LPMT150612R-D57 M 2 12,7 15,88 6,35 11° 1,2 – a a b c b c a b b c b c

LPMW070304TR-A27 M 2 6,35 7,94 3,18 11° 0,4 – b b c b b c

LPMW15T308TR-A27 M 2 9,52 15 3,97 11° 0,8 – b b c b b c

LPMW150412TR-A27 M 2 12,7 15,88 4,76 11° 1,2 – b b c b b c

LPMW150612TR-A27 M 2 12,7 15,88 6,35 11° 1,2 – c c




Positive rhombic

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H

HC HC HC HC HC HC

Designationl2

mml

mms

mm αr

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

86˚ r

l

α

l2

s

MPHW120408-A57 H 2 12,7 12,7 4,76 11° 0,8 b b c a b b c

MPHX060304-A57 H 2 6,35 6,35 3,18 11° 0,4 b b c a b b c

MPHX080305-A57 H 2 8,3 8,3 3,18 11° 0,5 b b c a b b c

Positive octagonal

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H

HC HC HC CN HC HC HC

Designationl

mmd

mms

mm αr

mmb

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WS

N10

WX

N15

WS

M35

WS

P45

WH

H15

d

α

b

br

s

I

OPHN050412-A57 H 8 5 12,7 4,76 11° 1,2 – a

OPHN0504ZZN-A57 H 8 5 12,7 4,76 11° 0,4 1,2 b b a b b a

Positive octagonal

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K S H

HC HC HC HC HC HC HC

Designationl

mmd

mms

mm αr

mmb

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WS

M35

WS

P45

WH

H15

d

α

b

b r

s

I

ODHW0504ZZN-A57 H 8 5 12,7 4,76 15° 0,8 1,2 b b c a b b c

ODHW0605ZZN-A57 H 8 6 15,88 5,56 15° 0,8 1,6 b b c a b b c

ODMW050408T-A27 M 8 5 12,7 4,76 15° 0,8 – b b c b b b c

ODMW060508T-A27 M 8 6 15,88 5,56 15° 0,8 – b b c b b b c

ODMW050408-A57 M 8 5 12,7 4,76 15° 0,8 – b b c a b b b c

ODMW060508-A57 M 8 6 15,88 5,56 15° 0,8 – b b c a b b b c

ODMT0504ZZN-D57 M 8 5 12,7 4,76 15° 0,8 1,2 a a b c b c b b b c b c

ODMT0605ZZN-D57 M 8 6 15,88 5,56 15° 0,8 1,6 a a b c b c b b b c b c

HC = Coated carbideCN = Silicon nitride Si3N4 HW = Uncoated carbide



Positive triangular

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H

HC HC HC HC HC HC

Designationd

mms

mm αr

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

d

α

s

r P26315R10 M 3 6,75 2,78 14° 10 a a b c b c b b c b c

P26315R12 M 3 8,5 3,18 14° 12,5 a a b c b c b b c b c

P26315R15 M 3 10,5 3,97 14° 15 a a b c b c b b c b c

P26315R16 M 3 10,5 3,97 14° 16 a a b c b c b b c b c

P26315R20 M 3 12,7 4,76 11° 20 a a b c b c b b c b c

P26315R25 M 3 12,7 4,76 11° 25 a a b c b c b b c b c

P26315R31 M 3 12,7 4,76 11° 31,5 a a b c b c b b c b c

P26325R25 M 3 13 5,56 14° 25 a a b c b c a b b c b c

P26325R31 M 3 13 5,56 14° 31,5 a a b c b c a b b c b c

Positive triangular

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H


Designationd

mms

mm αr

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

d

α

s

r P26335R10 M 3 6,75 3,18 14° 0,8 a a b c b c b b c b c

P26335R14 M 3 9,52 3,97 14° 1,2 a a b c b c b b c b c

P26335R25 M 3 13 5,56 14° 2 a a b c b c b b c b c

P26337R10 M 3 6,75 3,18 14° 0,8 b b c c b c b b c b c

P26337R14 M 3 9,52 3,97 14° 1,2 b b c c b c b b c b c

P26337R25 M 3 13 5,56 14° 2 b b c c b c b b c b c

P26339R10 M 3 6,75 3,18 14° 0,8 a a b c b c b b c b c

P26339R14 M 3 9,52 3,97 14° 1,2 a a b c b c b b c b c

P26339R25 M 3 13 5,56 14° 2 a a b c b c b b c b c

Profile mill inserts (Toric)

Tole

ranc

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ass

Num

ber

of

cutt

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edge

s

P M K N S H

HC HC HC HC HC HC

DesignationDc

-0.03

mms

mmR

mmb

mml1

mm WK

P25

WK

P25S

WK

P35

WS

P46

WS

M35

WS

P46

WA

K15

WK

P25S

WK

P35

WX

N15

WS

M35

WS

P46

WH

H15

Dc

l1

sr

b P8001-UD4R2R-A57 H 1 12,7 2,5 0,794 1,5 7 c c c c c a

P8001-UD4R4R-A57 H 1 12,7 2,5 1,588 1,5 7 c c c c c a

P8001-UD4R8R-A57 H 1 12,7 2,5 3,175 1,5 7 c c c c c a

P8001-UD5R2R-A57 H 1 15,88 4 0,794 1,5 8 c c c c c a

P8001-UD5R4R-A57 H 1 15,88 4 1,588 1,5 8 c c c c c a

P8001-UD6R8R-A57 H 1 19,05 5 3,175 1,5 8 c c c c c a

P8001-UD6R4R-A57 H 1 19,05 5 1,588 1,5 10,2 c c c c c a

P8001-UD6R2R-A57 H 1 19,05 5 0,794 1,5 10,2 c c c c c a

P8001-UD8R2R-A57 H 1 25,4 6 0,794 1,5 10,7 c c c c c a

P8001-UD8R4R-A57 H 1 25,4 6 1,588 1,5 10,7 c c c c c a

P8001-UD8R8R-A57 H 1 25,4 6 3,175 1,5 10,7 c c c c c a

P8001-UD10R2R-A57 H 1 31,75 6 0,794 1,5 12 c c c c c a

P8001-UD10R4R-A57 H 1 31,75 6 1,588 1,5 12 c c c c c a

P8001-UD10R8R-A57 H 1 31,75 6 3,175 1,5 12 c c c c c a



Positive round

Tole

ranc

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ass

Num

ber

of

cutt

ing

edge

s

P M K N S H


Designationd

mms

mm αd1

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

α

d1

sd

ROHX0803M0-D57 H 4 8 3,18 11° 3,4 a b c b c b c b c

ROHX10T3M0-D57 H 4 10 3,97 11° 4,4 a b c b c b c b c




ROHX10T3M0-F67 H 4 10 3,97 11° 4,4 b c b c b c

ROHX1204M0-F67 H 4 12 4,76 11° 4,4 b c b c b c

Positive round

Tole

ranc

e cl

ass

P M K N S H


Designationd

mms

mm αd1

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

α

d1

sd

RDHW0803M0T-A27 H 8 3,18 15° 3,4 b b c b b c

RDHW10T3M0T-A27 H 10 3,97 15° 4,4 b b c b b c

RDHW1204M0T-A27 H 12 4,76 15° 4,4 b b c b b c

RDHW1605M0T-A27 H 16 5,56 15° 5,5 b b c b b c

RDHW2006M0T-A27 H 20 6,35 15° 6,5 b b c b b c

RDMT0803M0-D57 M 8 3,18 15° 3,4 a a b c b c b b c b c

RDMT10T3M0-D57 M 10 3,97 15° 4,4 a a b c b c b b c b c




RDMW0803M0T-A27 M 8 3,18 15° 3,4 b b c b b c

RDMW10T3M0T-A27 M 10 3,97 15° 4,4 b b c b b c

RDMW1204M0T-A27 M 12 4,76 15° 4,4 b b c b b c

RDMW1605M0T-A27 M 16 5,56 15° 5,5 b b c b b c

RDMW2006M0T-A27 M 20 6,35 15° 6,5 b b c b b c

Positive round

Tole

ranc

e cl

ass

P M K N S H

HC HC HC HC HC HC

Designationd

mms

mm αd1

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

α

d1

sd

RDMX0702M0T-A27 M 7 2,33 15° 2,8 b b c b b c

RDMX1003M0T-A27 M 10 3,15 15° 4,4 b b c b b c

RDMX12T3M0T-A27 M 12 3,92 15° 4,4 b b c b b c

RDMX1604M0T-A27 M 16 4,71 15° 5,5 b b c b b c

RDMX2006M0T-A27 M 20 5,95 15° 5,5 b b c b b c




Positive square

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K S H

HC HC HC HC HC HC

Designationl

mms

mm αr

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WS

M35

WS

P45

WH

H15

r

l s

αSPMT060304-D51 M 4 6,35 3,18 11° 0,4 a a b c b c b b c b c

SPMT09T308-D51 M 4 9,52 3,97 11° 0,8 a a b c b c b b c b c

SPMT120408-D51 M 4 12,7 4,76 11° 0,8 a a b c b c b b c b c

SPMT120606-D51 M 4 12,7 6,35 11° 0,6 b c b c c b c

SPMT120606-D57 M 4 12,7 6,35 11° 0,6 a a b c b c a b b c b c

SPMW060304T-A27 M 4 6,35 3,18 11° 0,4 b b c b b c

SPMW09T308T-A27 M 4 9,52 3,97 11° 0,8 b b c b b c

SPMW120408T-A27 M 4 12,7 4,76 11° 0,8 b b c b b c

SPMW120606T-A27 M 4 12,7 6,35 11° 0,6 c c

SPMW060304-A57 M 4 6,35 3,18 11° 0,4 b b c a b b c

SPMW09T308-A57 M 4 9,52 3,97 11° 0,8 b b c a b b c

SPMW120408-A57 M 4 12,7 4,76 11° 0,8 b b c a b b c

Positive square

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K S H

HC HC HC HC HC

Designationl

mms

mm αr

mmb

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WS

M35

WS

P45

WH

H15

αbr

r

l s

SDHW09T3AEN-A57 H 4 9,52 3,97 15° 0,3 1,2 b b c a b b c

SDMW09T3AETN-A27 M 4 9,52 3,97 15° 0,5 1,2 b b c b b c

SDMW09T3AEN-A57 M 4 9,52 3,97 15° 0,5 1,2 b c a b c

SPMT1204AEN M 4 12,7 4,76 11° 0,5 1,4 a a b c b c a b b c b c

SPMW1204AEN-A57 M 4 12,7 4,76 11° 0,5 1,4 b b a b b

SPMW1204AETN-A27 M 4 12,7 4,76 11° 0,5 1,4 b b b b

Positive square

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K S H

HC HC HC HC HC

Designationl

mms

mm αr

mmb

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WS

M35

WS

P45

WH

H15

αbr

r

l s

SPGT1204EDR-F55 G 4 12,7 4,76 11° 0,5 1,25 a a b c b c a b b c b c




Form inserts, positive

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K S H

HC HC HC HC HC

Designationl1

mml

mms

mm αr

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WS

M35

WS

P45

WH

H15

α

l s

l1

rXDMT1303080R-F55 M 2 8,56 13,18 3,99 15° 8 a a b c b c b b c b c

XDMT16T3100R-F55 M 2 9 15,93 4,99 15° 10 a a b c b c b b c b c

XDMT2004125R-F55 M 2 11,26 19,94 6,24 15° 12,5 a a b c b c b b c b c

XDMT2405150R-F55 M 2 13,52 23,94 7,5 15° 15 a a b c b c b b c b c


XDMT3207200R-F55 M 2 18,05 31,95 10 15° 20 a a b c b c b b c b c


Form inserts, positive

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K S H

HC HC HC HC HC

Designationl1

mml

mms

mm αr

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WS

M35

WS

P45

WH

H15

α

l s

l1

rXDMT1303079R-F55 M 2 8,56 13,18 3,99 15° 7,84 a a b c b c b b c b c

XDMT16T3095R-F55 M 2 8,57 15,16 4,75 15° 9,525 a a b c b c b b c b c








Negative rhombic

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K S H

HC HC HC HC HC HC

Designationl2

mml

mms

mmr

mmb

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WS

M35

WS

P45

WH

H15

b

r

l

l2

s

LNGX130708R-L55 G 4 11 13,6 7,74 0,8 1,2 a a b c b c a b b b c b c

LNGX130712R-L55 G 4 11 13,6 7,63 1,2 1 a a b c b c b b c b c

LNGX130716R-L55 G 4 11 13,6 7,51 1,6 0,9 a a b c b c b b c b c

LNGX130720R-L55 G 4 11 13,6 7,41 2 0,7 a a b c b c b b c b c

LNGX130725R-L55 G 4 11 13,6 7,27 2,5 0,6 a a b c b c b b c b c

LNGX130730R-L55 G 4 11 13,6 7,12 3 0,7 a a b c b c b b c b c

Negative triangular

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K S H


Designationd

mms

mmr

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WS

M35

WS

P45

WH

H15

d s

r P23696-1.0 M 6 9,52 5 1,2 a a b c b c b b c b c

P23696-2.0 M 6 13,5 7 1,6 a a b c b c b b c b c

Negative square

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K S H


Designationl

mms

mmb

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WS

M35

WS

P45

WH

H15

b

sl

SNGX1205ANN-D27 G 8 9 6,4 1,5 b b c b b b c

SNGX1205ANN-F27 G 8 12,7 6,4 1,5 b b c b b c

SNGX1205ANN-F57 G 8 12,7 6,4 1,5 a a b c b c b b b c b c

SNGX1205ANN-F67 G 8 12,7 6,4 1,5 a a b c b c a b b c b c

SNGX1606ANN-D27 G 8 11 7,8 1,8 b b c b b b c

SNGX1606ANN-F27 G 8 16 7,8 1,8 b b c b b c

SNGX1606ANN-F57 G 8 16 7,7 1,8 a a b c b c b b b c b c

SNGX1606ANN-F67 G 8 16 7,7 1,8 a b c b c a b c b c

SNMX1205ANN-F27 M 8 12,7 6,4 1,5 b b c b b c

SNMX1205ANN-F57 M 8 12,7 6,4 1,5 a a b b b b c

SNMX1205ANN-F67 M 8 12,7 6,4 1,5 a a b a b b c




Negative square

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H


Designationl

mms

mmb

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

s

b

b

l

SNGX1205ENN-F27 G 8 12,7 6,4 1,2 b b c b b c

SNGX1205ENN-F57 G 8 12,7 6,4 1,2 a a b c b c b b b c b c

SNGX1205ENN-F67 G 8 12,7 6,4 1,2 a a b c b c a b b b b c

Negative square

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H


Designationl

mms

mmb

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

b

b

sl

SNGX1205ZNN-F27 G 8 12,7 6,4 1,2 b b c b b c

SNGX1205ZNN-F57 G 8 12,7 6,4 1,2 a a b c b c b b b c b c

SNGX1205ZNN-F67 G 8 12,7 6,4 1,2 a a b c b c a b b c b c

Negative square

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H


Designationl

mms

mmr

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

r

sl

SNGX120512-F57 G 8 12,7 6,4 1,2 a a b c b c b b c b c

SNMX120512-D27 M 8 12,7 6,4 1,2 b b c b b b c

SNMX120512-F27 M 8 12,7 6,4 1,2 b b c b b c

SNMX120512-F57 M 8 12,7 6,4 1,2 a a b c b c b b b c b c

SNMX120512-F67 M 8 12,7 6,4 1,2 a a b c b c a b b c b c

SNMX120520-D27 M 8 12,7 6,4 2 b b c b b b c

SNMX120520-F57 M 8 12,7 6,4 2 a a b c b c b b b c b c

SNMX160620-D27 M 8 16 7,8 2 b b c b b b c

SNMX160620-F27 M 8 16 7,8 2 b b c b b c

SNMX160620-F57 M 8 16 7,6 2 a a b c b c b b b c b c

SNMX160620-F67 M 8 16 7,9 2 a b c b c a b c b c

SNMX160640-D27 M 8 16 7,8 4 b b c b b b c

SNMX160640-F27 M 8 16 7,8 4 b b c b b c

SNMX160640-F57 M 8 16 7,7 4 a a b c b c b b b c b c

SNMX160640-F67 M 8 16 7,9 4 a b c b c a b c b c




Negative triangular

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H

HC HC HC HC HC HC

Designationd

mms

mmb

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

b

sd

TNEF1204AN-D57 E 6 12,7 4,76 1,8 a a b a b b b c

Negative heptagonal

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H

HC HC HC HC HC HC

Designationd

mml

mms

mmr

mmb

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

d

b

br

s

I XNHF070508-D27 H 14 14,5 7 5,8 0,8 – b b c b b b c

XNHF070508-D57 H 14 14,5 7 5,8 0,8 – a a b b b b c

XNHF070508-D67 H 14 14,5 7 5,8 0,8 – a a b a b b c

XNHF090612-D27 H 14 19,05 9 6,35 1,2 – b b c b b b c

XNHF090612-D57 H 14 19,05 9 6,35 1,2 – a a b b b b c

XNHF090612-D67 H 14 19,05 9 6,35 1,2 – a a b a b b c

XNHF0705ANN-D27 H 14 14,5 7 5,8 0,8 1,1 b b c b b b c

XNHF0705ANN-D57 H 14 14,5 7 5,8 0,8 1,1 a a b b b b c

XNHF0705ANN-D67 H 14 14,5 7 5,8 0,8 1,1 a a b a b b c

XNHF0906ANN-D27 H 14 19,05 9 6,35 0,8 1,4 b b c b b b c

XNHF0906ANN-D57 H 14 19,05 9 6,35 0,8 1,4 a a b b b b c

XNHF0906ANN-D67 H 14 19,05 9 6,35 0,8 1,4 a a b a b b c




Tangential rhombic

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H

HC HC HC HC HC HC

Designationl2

mml

mms

mmr

mmb

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

r

s

l

l2

b LNKU2010DPTR-F27T K 4 15 20 10,5 0,6 1,2 b b b b

LNKU3010DPTR-F27T K 4 15 30 10,5 0,6 1,2 b b b b

LNKU2010DPR-F57T K 4 15 20 10,5 0,6 1,2 a a b b b c

LNKU3010DPR-F57T K 4 15 30 10,5 0,6 1,2 a a b b b c

Tangential rhombic

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H

HC HC HC HC HC HC

Designationl2

mml

mms

mmr

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

r

s

l

l2

LNMU150812T-F27T M 4 14 15 8 1,2 b b c b b c

LNMU201012T-F27T M 4 16 20 10 1,2 b b c b b c

LNMU150812-F57T M 4 14 15 8 1,2 a a b a b b c

LNMU201012-F57T M 4 16 20 10 1,2 a a b a b b c

Tangential rhombic

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H

HC HC HC HC HC HC

Designationl2

mml

mms

mmr

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

r

l s

l2

LNHU080304-B57T H 4 9 8 3,5 0,4 b c a b b c

LNHU080404-B57T H 4 9,4 8 4,5 0,4 b c a b b c

LNHU100508-B57T H 4 12,3 10 5,5 0,8 b c a b b c

LNHU120608-B57T H 4 13,9 12 6,5 0,8 b c a b b c

LNHU160812-B57T H 4 16 17,4 8 1,2 b c a b c

LNHU080304-F57T H 4 9 8 3,5 0,4 a a b c b c b b c b c

LNHU080404-F57T H 4 9,4 8 4,5 0,4 a a b c b c b b c b c



LNHU160812-F57T H 4 16 16,9 8 1,2 a a b c b c b b c b c

LNMU080304-B57T M 4 8 9 3,5 0,4 b c a b b c

LNMU080404-B57T M 4 9,4 8 4,5 0,4 b c a b b c

LNMU100508-B57T M 4 12,3 10 5,5 0,8 b c a b b c

LNMU120608-B57T M 4 13,9 12 6,5 0,8 b c a b b c

LNMU160812-B57T M 4 16 16,9 8 1,2 b c a b c

LNMU080304-F57T M 4 8 9 3,5 0,4 a a b c b c b b c b c

LNMU080404-F57T M 4 9,4 8 4,5 0,4 a a b c b c b b c b c



LNMU160812-F57T M 4 16 16,9 8 1,2 a a b c b c b b c b c




Tangential rhombic

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H

HC HC HC HC HC HC

Designationl2

mml

mms

mmr

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

r

s

l

l2

LNHX070204-D57T H 4 7 9 2,4 0,4 a b a b b c

LNHX070204-F57T H 4 7 9 2,4 0,4 a a b c b c b b c b c

LNMX070204-D57T M 4 7 9 2,4 0,4 a b a b b c

LNMX070204-F57T M 4 7 9 2,4 0,4 a a b c b c b b c b c

Tangential rhombic

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N H

HC HC HC HC HC HC

Designationl2

mml

mms

mmr

mmb

mm WK

P25S

WK

P35S

WS

P45S

WS

M35

S

WS

P45S

WA

K15

WK

K25

WK

P25S

WK

P35S

WX

N15

WS

M35

S

WS

P45S

WH

H15

b

l

l2 s

r LNHU090404R-L55T H 4 9 8,5 4,5 0,4 1,5 a b c b c a b b c b c

LNHU090408R-L55T H 4 9 8,5 4,5 0,8 1,1 b c b c c b c

LNHU090412R-L55T H 4 9 8,5 4,5 1,2 0,8 b c b c c b c

LNHU090416R-L55T H 4 9 8,5 4,5 1,6 – b c b c c b c

LNHU090420R-L55T H 4 9 8,5 4,5 2 – b c b c c b c

LNHU130608R-L55T H 4 13 12 6,8 0,8 2,2 a b c b c a b b c b c

LNHU130612R-L55T H 4 13 12 6,8 1,2 1,85 b c b c c b c


LNHU130620R-L55T H 4 13 12 6,8 2 1,15 b c b c c b c


LNHU130630R-L55T H 4 13 12 6,8 3 – b c b c c b c

LNHU130632R-L55T H 4 13 12 6,8 3,2 – b c b c c b c

NEW2012

Negative square

Tole

ranc

e cl

ass

Num

ber

of

cutt

ing

edge

s

P M K N S H

HC HC HC HC HC HC

Designationl

mms

mmb

mm WK

P25

WK

P25S

WK

P35S

WS

P45

WS

M35

WS

P45

WA

K15

WK

K25

WK

P25

WK

P25S

WK

P35S

WX

N15

WS

M35

WS

P45

WH

H15

b

sl

SNHQ1205ZZR-A57T H 8 12 5 0,8 b b c a b b c



204 Walter – Milling204204

Walter F2010 cutters (metric)

DesignationDc

mmDa

mmd1

mml4

mmLc

mm z kg

No. of indexable

insertsInsert type

F2010.B.080.Z06.02.750M 70,5 90,2 27 50 2 6 1,2 6

P23696-2.0

F2010.B.100.Z07.02.750M 90,1 109,9 32 50 2 7 1,7 7

F2010.B.125.Z08.02.750M 115,2 134,9 40 63 2 8 3,4 8

F2010.B.160.Z10.02.750M 150,4 170,2 40/40B 63 2 10 5,6 10

F2010.B.200.Z12.02.750M 190,6 210,2 60/50B 63 2 12 8,3 12

F2010.B.250.Z12.02.750M 240,6 260,2 60/50B 63 2 12 14,6 12

F2010.B.250.Z16.02.750M 240,6 260,2 60/50B 63 2 16 14,7 16

F2010.B.315.Z14.02.750M 305,6 325,260/50- 60BB

63 2 14 26,2 14

F2010.B.315.Z18.02.750M 305,6 325,260/50- 60BB

63 2 18 26,2 18

Walter F2010 cutters (inch)

DesignationDc

mmDa

mmd1

mml4

mmLc

mm z kg

No. of indexable

insertsInsert type

F2010.UB.076.Z06.02R750M 67,3 85,7 25,4 50 2 6 1,5 6

P23696-2.0

F2010.UB.102.Z07.02R750M 92,7 111,1 31,75 50 2 7 2,6 7

F2010.UB.127.Z08.02R750M 118,1 136,5 38,1 63 2 8 3,4 8

F2010.UB.152.Z10.02R750M 143,5 161,9 38,1 63 2 10 6,6 10

F2010.UB.203.Z12.02R750M 194,3 212,7 63,5 63 2 12 9,8 12

F2010.UB.254.Z12.02R750M 245,1 263,5 63,5 63 2 12 16,6 12

F2010.UB.254.Z16.02R750M 245,1 263,5 63,5 63 2 16 16,6 16

F2010.UB.305.Z18.02R750M 295,9 314,3 63,5 63 2 18 20,7 18

Lcl4

Dc d1Da

Lcl4

Dc d1Da

Lcl4

Dc d1Da

Lcl4

Dc d1Da

Assembly parts

Dc mm70,5-305,663,7-295,9

Cartridge for tool body FR750M

Clamping screw for insert Tightening torque

FS1031 (Torx 20) 5,0 Nm

Clamping screw for cartridge Tightening torque

FS247 (SW 4) 8,0 Nm

Adjusting pin FS303 (Torx 20)

Accessories

Dc mm70,5-305,663,7-295,9

Screwdriver for indexable insert FS228 (Torx 20)

Screwdriver for adjusting pin FS228 (Torx 20)

ISO 2936 Allen key for cartridge ISO2936-4 (SW 4)



Walter Xtra·tec® heptagon cutter F4045 (metric)

DesignationDc

mmd1/ISO

mml4

mm Lcmm z kg

No. of indexable

insertsInsert type

l4

Dc d1

Lc

l4

Dc d1

Lc

F4045.B27.063.Z06.04 63 27 50 4 6 0,7 6

XNHF0705..F4045.B27.063.Z09.04 63 27 50 4 9 0,7 9

F4045.B27.080.Z08.04 80 27 50 4 8 1,1 8

F4045.B27.080.Z11.04 80 27 50 4 11 1,1 11

F4045.B27.080.Z06.06 80 27 50 6 6 1,2 6XNHF0906..

F4045.B27.080.Z09.06 80 27 50 6 9 1,4 9

F4045.B32.100.Z10.04 100 32 50 4 10 1,8 10XNHF0705..

F4045.B32.100.Z14.04 100 32 50 4 14 1,8 14

F4045.B32.100.Z08.06 100 32 50 6 8 1,8 8XNHF0906..

F4045.B32.100.Z12.06 100 32 50 6 12 1,9 12

F4045.B40.125.Z12.04 125 40 63 4 12 3,3 12XNHF0705..

F4045.B40.125.Z18.04 125 40 63 4 18 3,2 18

F4045.B40.125.Z10.06 125 40 63 6 10 3,1 10XNHF0906..

F4045.B40.125.Z16.06 125 40 63 6 16 3,5 16

F4045.B40.160.Z16.04 160 40/40B 63 4 16 5,5 16XNHF0705..

F4045.B40.160.Z22.04 160 40/40B 63 4 22 5,7 22

F4045.B40.160.Z12.06 160 40/40B 63 6 12 6,1 12XNHF0906..

F4045.B40.160.Z20.06 160 40/40B 63 6 20 6,1 20

F4045.B60.200.Z20.04 200 60/50B 63 4 20 9,3 20XNHF0705..

F4045.B60.200.Z28.04 200 6050/B 63 4 28 9,5 28

F4045.B60.200.Z16.06 200 60/50B 63 6 16 9,4 16XNHF0906..

F4045.B60.200.Z26.06 200 60/50B 63 6 26 9,9 26

Assembly parts

Dc mm 63-200

Clamping wedge FK374

Clamping screw for clamping wedge Tightening torque

FS2134 (Torx 15IP) 6,0 Nm

Accessories

Dc mm 63-200

T-handle torque wrench FS2041

Interchangeable blade for clamping wedge FS2047 (Torx 15IP)

Screwdriver FS1485 (Torx 15IP)



Walter PCD cutters F4050 κ = 90° (metric)

DesignationDc

mmd1/ISO

mml4

mmLc

mm z kgNo.

cartridgesCartridge type

Type ofadjusting key

Dc d1

l4

Dc

l4

d1

Dc 160 - 200

Dc 80 - 125

F4050.B27.080.Z06.R733* 80 27 73 4 6 0,6 6

FR733WCD10

FK376

F4050.B32.100.Z12.R733* 100 32 63 4 12 0,7 12

F4050.B40.125.Z18.R733* 125 40 63 4 18 2,9 18

F4050.B40.160.Z24.R733 160 ISO 40/40B 63 4 24 3,7 24

F4050.B40.200.Z28.R733 200 ISO 40/40B 63 4 28 5,4 28

Tools are pre-balanced to G 6.3 for n = 10,000 rpm * Centre bolt must have through coolant facilityBodies and assembly parts are included in the scope of delivery.

Walter PCD cutter basic body (metric)

DesignationDc

mmd1/ISO

mml4

mm z kg

F4050.B27.080.Z06.R001* 80 27 73 6 0,6

F4050.B32.100.Z12.R001* 100 32 63 12 0,7

F4050.B40.125.Z18.R001* 125 40 63 18 2,9

F4050.B40.160.Z24.R001 160 ISO 40/40B 63 24 3,7

F4050.B40.200.Z28.R001 200 ISO 40/40B 63 28 5,4

* Centre bolt must have through coolant facilityBodies and assembly parts are included in the scope of delivery. Cartridges are not included.

Walter PCD cutter F4050 κ = 75° (metric)

DesignationDc

mmd1/ISO

mml4

mmLc

mm z kgNo.

cartridgesCartridge type

Type ofadjusting key

Dc d1

l4

Dc

l4

d1

Dc 159.4 - 199.4

Dc 79.4 - 124.4

F4050.B27.080.Z06.R734* 79,4 27 73 1,1 6 0,6 6

FR734 WCD10 FK376

F4050.B32.100.Z12.R734* 99,4 32 63 1,1 12 0,7 12

F4050.B40.125.Z18.R734* 124,4 40 63 1,1 18 2,9 18

F4050.B40.160.Z24.R734 159,4 ISO 40/40B 63 1,1 24 3,7 24

F4050.B40.200.Z28.R734 199,4 ISO 40/40B 63 1,1 28 5,4 28

Available as an accessory: wide finishing cartridge FR735 WCD10Tools are pre-balanced to G 6.3 for n = 10,000 rpm * Centre bolt must have through coolant facilityBodies and assembly parts are included in the scope of delivery.

Dc d1

l4

Dc

l4

d1

Dc 160 - 200

Dc 80 - 125



Accessories

Designation Accessories

Dc 80 100 125 160–200

Wrench for mill tightening screw FS438 FS439 FS440 —

Sealing disc set — FS2140 COMPLETE SET

Gasket — O-R 96x4

Finishing cartridge only for κ = 75° FR735 WCD10

Screwdriver for compound screw FS1485 (Torx 15IP)

Screwdriver for balancing screw FS229 (Torx 15)

Screwdriver for chip deflector FS230 (Torx 8)


Interchangeable blade FS2051 (SW 4)

Screwdriver for chip deflector FS2001

Interchangeable blade FS2007 (Torx 8)

Assembly parts

Designation Assembly parts

Dc 80 100 125 160–200

Mill tightening screw with internal cooling

FS2160 FS2161 FS2162 —

Cartridge κ = 75° FR734 WCD10

Cartridge κ = 90° FR733 WCD10

Adjusting key FK376

Compound screw FS746 (Torx 15IP)

Spring washer FS2171

Chip deflector FR749

Clamping screw for chip deflector FS379 (Torx 8)

Tightening torque 1,0 Nm

Clamping screw for cartridge FS2170 (SW 4)

Tightening torque 9,0 Nm

Balancing screw FS2169 (Torx 15)



DesignationDc

mmd1

mml4

mmLc

mml1

mm z

No. of indexable

inserts Type

NCT ScrewFit

d1

l4

Lc

Dc

F5041.T22.025.Z03.08 25 T22 35 8,4 – 3 0,11 3

LN . . 0904 . .F5041.T22.025.Z04.08 25 T22 35 8,4 – 4 0,11 4

F5041.T28.032.Z04.08 32 T28 35 8,4 – 4 0,21 4

F5041.T28.032.Z05.08 32 T28 35 8,4 – 5 0,21 5

Shank DIN 1835-B

Dc d1

Lcl4

l1

F5041.W25.025.Z03.08 25 25 43 8,4 100 3 0,33 3

LN . . 0904 . .

F5041.W25.025.Z04.08 25 25 43 8,4 100 4 0,32 4

F5041.W32.032.Z04.08 32 32 49 8,4 110 4 0,6 4

F5041.W32.032.Z05.08 32 32 49 8,4 110 5 0,6 5

F5041.W32.040.Z04.08 40 32 49 8,4 110 4 0,67 4

F5041.W32.040.Z06.08 40 32 49 8,4 110 6 0,67 6

Parallel shank without flat

l1

Dc d1

Lcl4

F5041.Z25.025.Z03.08 25 25 38 8,4 200 3 0,7 3

LN . . 0904 . .F5041.Z25.025.Z04.08 25 25 38 8,4 200 4 0,7 4

F5041.Z32.032.Z04.08 32 32 39 8,4 250 4 1,47 4

F5041.Z32.032.Z05.08 32 32 39 8,4 250 5 1,47 5

Cyl. hole transverse key way DIN 138

Dc

l4Lc

d1

F5041.B16.040.Z04.08 40 16 40 8,4 – 4 0,2 4

LN . . 0904 . .

F5041.B16.040.Z06.08 40 16 40 8,4 – 6 0,25 6

F5041.B22.050.Z05.08 50 22 40 8,4 – 5 0,36 5

F5041.B22.050.Z07.08 50 22 40 8,4 – 7 0,37 7

F5041.B22.063.Z07.08 63 22 40 8,4 – 7 0,62 7

F5041.B22.063.Z10.08 63 22 40 8,4 – 10 0,63 10

Bodies and assembly parts are included in the scope of delivery.

BlaxxTMWalter shoulder mill F5041/LNHU 0904 . . (metric)

Assembly parts

Accessories

Dc mm 25-63

Clamping screw Tightening torque

FS1457 (Torx 9 IP) 2,0 Nm

Dc mm 25-63

Torque screwdriver FS2003

Interchangeable blade FS2013 (Torx 9IP)

Screwdriver FS 1484 (Torx 9IP)

NEW2012



BlaxxTMWalter shoulder mill F5041/LNHU 0904 . . (inch)

Assembly parts

Dc mm 25,4-63,5


FS1457 (Torx 9 IP) 2,0 Nm

DesignationDc

mmDc

inchesd1

mml4

mml1

mmLc

mm z

No. of indexable

inserts

Shank DIN 1835-B

Dc d1

Lcl4

l1

F5041.UW26.026.Z03.08 25,4 1“ 25,4 43,6 101,6 8,4 3 0,34 3

LN . . 0904 . .F5041.UW31.031.Z04.08 31,75 1 1/4“ 31,75 43,6 101,6 8,4 4 0,54 4

F5041.UW38.038.Z04.08 38,1 1 1/2“ 38,1 46,0 114,3 8,4 4 0,91 4


l1

Dc d1

Lcl4

F5041.UZ26.026.Z03.08 25,4 1“ 25,4 50 203,2 8,4 3 0,73 3LN . . 0904 . .

F5041.UZ31.031.Z04.08 31,75 1 1/4“ 31,75 50 254,0 8,4 4 1,45 4


Dc

l4Lc

d1

F5041.UB13.038.Z04.08 38,1 1 1/2“ 12,7 40 – 8,4 4 0,21 4

LN . . 0904 . .F5041.UB19.051.Z05.08 50,8 2“ 19,05 40 – 8,4 5 0,40 5

F5041.UB26.064.Z07.08 63,5 2 1/2“ 25,4 50 – 8,4 7 0,64 7


NEW2012

Accessories

Dc mm 25,4-63,5






BlaxxTMWalter shoulder mill F5141/LNHU 1306 . . (metric)

Assembly parts

Dc mm 40-125


FS2081 (Torx 15 IP) 3,0 Nm

DesignationDc

mmd1

mml4

mmLc

mml1

mm z

No. of indexable

inserts Type

NCT ScrewFit

d1

l4

Lc

Dc

F5141.T36.040.Z05.12 40 T36 40 12,2 – 5 0,35 5LN . . 1306 . .

F5141.T45.050.Z06.12 50 T45 40 12,2 – 6 0,5 6

Shank DIN 1835-B

Dc d1

Lcl4

l1

F5141.W32.040.Z03.12 40 32 49 12,2 110 3 0,65 3LN . . 1306 . .

F5141.W32.040.Z05.12 40 32 49 12,2 110 5 0,65 5


l1

Dc d1

Lcl4

F5141.Z32.040.Z03.12 40 32 44 12,2 250 3 1,5 3

LN . . 1306 . .

F5141.Z32.040.Z05.12 40 32 44 12,2 250 5 1,5 5


Dc

l4Lc

d1

F5141.B16.040.Z04.12 40 16 40 12,2 – 4 0,2 4

LN . . 1306 . .

F5141.B16.040.Z05.12 40 16 40 12,2 – 5 0,2 5

F5141.B22.050.Z05.12 50 22 40 12,2 – 5 0,32 5

F5141.B22.050.Z06.12 50 22 40 12,2 – 6 0,33 6

F5141.B22.063.Z06.12 63 22 40 12,2 – 6 0,57 6

F5141.B22.063.Z08.12 63 22 40 12,2 – 8 0,57 8

F5141.B27.080.Z07.12 80 27 50 12,2 – 7 1,07 7

F5141.B27.080.Z10.12 80 27 50 12,2 – 10 1,09 10

F5141.B32.100.Z09.12 100 32 50 12,2 – 9 1,80 9

F5141.B32.100.Z13.12 100 32 50 12,2 – 13 1,81 13

F5141.B40.125.Z11.12 125 40 63 12,2 – 11 3,38 11

F5141.B40.125.Z16.12 125 40 63 12,2 – 16 3,45 16


NEW2012

Accessories

Dc mm 40-125






BlaxxTMWalter shoulder mill F5141/LNHU 1306 . . (inch)

Assembly parts

Dc mm 38,1-127


FS2081 (Torx 15 IP) 3,0 Nm

DesignationDc

mmDc

inchesd1

mml4

mml1

mmLc

mm z

No. of indexable

inserts Type

NCT ScrewFit

d1

l4

Lc

Dc

F5141.UT36.038.Z04.12 38,1 1 1/2“ T36 35 – 12,2 4 0 LN . . 1306 . .

F5141.UT45.051.Z05.12 50,8 2“ T45 40 – 12,2 5 0 LN . . 1306 . .

Shank DIN 1835-B

Dc d1

Lcl4

l1

F5141.UW38.038.Z04.12 38,1 1 1/2“ 38,1 46 114,3 12,2 4 0 LN . . 1306 . .


l1

Dc d1

Lcl4

F5141.UZ38.038.Z04.12 38,1 1 1/2“ 38,1 50 254 12,2 4 0 LN . . 1306 . .


Dc

l4Lc

d1

F5141.UB13.038.Z04.12 38,1 1 1/2“ 12,7 40 – 12,2 4 0 LN . . 1306 . .

F5141.UB19.051.Z05.12 50,8 2“ 19,05 40 – 12,2 5 0 LN . . 1306 . .

F5141.UB26.064.Z06.12 63,5 2 1/2“ 19,05 40 – 12,2 6 0 LN . . 1306 . .

F5141.UB26.076.Z07.12 76,2 3“ 25,4 50 – 12,2 7 0 LN . . 1306 . .

F5141.UB31.102.Z09.12 101,6 4“ 31,75 50 – 10 9 0 LN . . 1306 . .

F5141.UB38.127.Z11.12 127 5“ 38,1 50 – 12,2 11 0 LN . . 1306 . .


NEW2012

Accessories

Dc mm 38,1-127






Profile mill F4031 (inch)

DesignationDc

mm

Dcinches/

no.d1

mml4

mml1

mm z

No. of indexable

inserts Type


l4l1

Dc d1

F4031.UZ13.012.Z02.20 12,7 1/2“ 12,7 32 130 2 0,12 1P8001-D12R . . P8001-UD4R . .

F4031.UZ15.016.Z02.25 15,875 5/8“ 15,875 40 140 2 0,2 1P8001-D16R . . P8001-UD5R . .

F4031.UZ19.020.Z02.32 19,05 3/4“ 19,05 50 160 2 0,33 1P8001-D20R . . P8001-UD6R . .

F4031.UZ26.025.Z02.40 25,4 1“ 25,4 63 160 2 0,57 1P8001-D25R . . P8001-UD8R . .

F4031.UZ31.032.Z02.50 31,75 1 1/4“ 31,75 80 180 2 0,97 1P8001-D32R . .

P8001-UD10R . .


Assembly parts

Dc mm 12,7 15,875 19 25,4 31,75

Clamping screw for insert Tightening torque

FS2072 (Torx 20 IP)

5,0 Nm

FS2073 (Torx 20 IP)

5,0 Nm

FS2074 (Torx 20 IP)

5,0 Nm

FS2075 (Torx 20 IP)

5,0 Nm

FS2107 (Torx 30 IP)

6,0 Nm

Accessories

Dc mm 12,7-25,4 15,875-19 31,75

Torque screwdriver FS2003 FS2003


FS2015 (Torx 20IP)

FS2109 (Torx 30IP)

Screwdriver FS1486 (Torx 20IP) FS1486 (Torx 20IP) FS2108 (Torx 30IP)


NEW2012


CUTTING DATA


Starting values for cutting speed vc [m/min]

Mat

eria

l gro

up


= Dry machining is possible

Brin

ell h

ardn

ess

HB

Tens

ile s

tren

gth

R mN

/mm

2

Mac

hini

ng g

roup

1

Roughing Roughing


Face/shoulder mill Face/shoulder mill

HC HC

WKP35S WKP25S WSP45S WSM35S

ae / Dc* ae / Dc* ae / Dc* ae / Dc*

1/11/2 1/5 1/1

1/2 1/5 1/11/2 1/5 1/1

1/2 1/5

P

Non-alloyed steel

C ≤ 0.25% annealed 125 428 P1 C C C 250 300 290 320 230 290C > 0.25... ≤ 0.55% annealed 190 639 P2 C C C 220 260 260 330 190 250

C > 0.25... ≤ 0.55% heat treated 210 708 P3 C C C 215 250 255 320 180 230

C > 0.55% annealed 190 639 P4 C C C 220 260 260 330 190 250

C > 0.55% heat treated 300 1013 P5 C C C 160 180 220 260 130 145Machining steel (short-chipping) annealed 220 745 P6 C C C 210 240 250 315 175 225

Low-alloyed steel

annealed 175 591 P7 C C C 220 270 260 320 190 240heat treated 300 1013 P8 C C C 170 190 210 250 130 145

heat treated 380 1282 P9 C C C 130 150 170 190 100 110heat treated 430 1477 P10 C C C 110 130 150 170 80 90

High-alloyed steel and high-alloyed tool steelannealed 200 675 P11 C C C 130 160 140 170 115 140hardened and tempered 300 1013 P12 C C C 80 90 110 130 75 90hardened and tempered 400 1361 P13 C C C 70 80 90 110 65 80

Stainless steelferritic/martensitic, annealed 200 675 P14 C C C 140 160 115 140 120 150martensitic, heat treated 330 1114 P15 C C C 90 110 80 100 80 110

M Stainless steelaustenitic, quench hardened 200 675 M1 C C C 110 130 130 155austenitic, precipitation hardened (PH) 300 1013 M2 C C C 90 100 100 150austenitic/ferritic, duplex 230 778 M3 C C C 100 120 120 140

K

Malleable cast ironferritic 200 675 K1 C C C 160 190 180 210pearlitic 260 867 K2 C C C 140 170 160 190

Grey cast ironlow tensile strength 180 602 K3 C C C 300 330 320 350high tensile strength/austenitic 245 825 K4 C C C 190 220 180 210

Cast iron with spheroidal graphiteferritic 155 518 K5 C C C 200 220 220 240pearlitic 265 885 K6 C C C 130 150 140 170

GGV (CGI) 200 675 K7 C C C 130 160 150 180

N

Aluminium wrought alloysnot precipitation hardenable 30 – N1 C C

precipitation hardenable, precipitation hardened 100 343 N2 C C

Cast aluminium alloys≤ 12% Si, not precipitation hardenable 75 260 N3 C C

≤ 12% Si, precipitation hardenable, precipitation hardened 90 314 N4 C C

> 12% Si, not precipitation hardenable 130 447 N5 C C

Magnesium alloys 70 250 N6 C C


non-alloyed, electrolytic copper 100 343 N7 C C

brass, bronze, red brass 90 314 N8 C C

Cu-alloys, short-chipping 110 382 N9 C C

high-strength, Ampco 300 1013 N10 C C

S


Fe-basedannealed 200 675 S1 C C 65 70 80 90precipitation hardened 280 943 S2 C C 45 50 60 65

Ni or Co baseannealed 250 839 S3 C C 50 55 60 70

precipitation hardened 350 1177 S4 C C 30 35 40 45cast 320 1076 S5 C C 40 45 50 55

Titanium alloyspure titanium 200 675 S6 C C 65 70 80 90+α and β alloys, precipitation hardened 375 1262 S7 C C 30 35 40 45β alloys 410 1396 S8 C C 30 35 30 45

Tungsten alloys 300 1013 S9 C C 70 80 70 80

Molybdenum alloys 300 1013 S10 C C 70 80 70 80

HHardened steel

hardened and tempered 50 HRC – H1 C C



Hardened cast iron hardened and tempered 55 HRC – H4 C C

O

Thermoplasts without abrasive fillers O1 C C C 400 400 400 400 400 400Thermosetting plastics without abrasive fillers O2 C C C 300 300 300 300 300 300

Plastic, glass-fibre reinforced GFRP O3

Plastic, carbon-fibre reinforced CFRP O4

Plastic, aramid fibre reinforced AFRP O5Graphite (technical) 80 Shore O6 C C 400 500

C C Recommended application (the specified cutting data are regarded as starting values for the recommended application).C Possible application, reduce cutting data by 30–50% (increase for ISO M approx. 70–80%).

HC = Coated carbide

1 The classification of the machining groups can be found in the General catalogue from page ¤H 8¤ onwards. / 2 Cutting data can also be used without coolant. / * ae/Dc = 1/10, vc = 10% higher than 1/5.


Starting values for cutting speed vc [m/min]

Mat

eria

l gro

up


= Dry machining is possible

Brin

ell h

ardn

ess

HB

Tens

ile s

tren

gth

R mN

/mm

2

Mac

hini

ng g

roup

1

Roughing Roughing


Face/shoulder mill Face/shoulder mill

HC HC

WKP35S WKP25S WSP45S WSM35S

ae / Dc* ae / Dc* ae / Dc* ae / Dc*

1/11/2 1/5 1/1

1/2 1/5 1/11/2 1/5 1/1

1/2 1/5

P

Non-alloyed steel

C ≤ 0.25% annealed 125 428 P1 C C C 250 300 290 320 230 290C > 0.25... ≤ 0.55% annealed 190 639 P2 C C C 220 260 260 330 190 250

C > 0.25... ≤ 0.55% heat treated 210 708 P3 C C C 215 250 255 320 180 230

C > 0.55% annealed 190 639 P4 C C C 220 260 260 330 190 250

C > 0.55% heat treated 300 1013 P5 C C C 160 180 220 260 130 145Machining steel (short-chipping) annealed 220 745 P6 C C C 210 240 250 315 175 225

Low-alloyed steel

annealed 175 591 P7 C C C 220 270 260 320 190 240heat treated 300 1013 P8 C C C 170 190 210 250 130 145

heat treated 380 1282 P9 C C C 130 150 170 190 100 110heat treated 430 1477 P10 C C C 110 130 150 170 80 90

High-alloyed steel and high-alloyed tool steelannealed 200 675 P11 C C C 130 160 140 170 115 140hardened and tempered 300 1013 P12 C C C 80 90 110 130 75 90hardened and tempered 400 1361 P13 C C C 70 80 90 110 65 80

Stainless steelferritic/martensitic, annealed 200 675 P14 C C C 140 160 115 140 120 150martensitic, heat treated 330 1114 P15 C C C 90 110 80 100 80 110

M Stainless steelaustenitic, quench hardened 200 675 M1 C C C 110 130 130 155austenitic, precipitation hardened (PH) 300 1013 M2 C C C 90 100 100 150austenitic/ferritic, duplex 230 778 M3 C C C 100 120 120 140

K

Malleable cast ironferritic 200 675 K1 C C C 160 190 180 210pearlitic 260 867 K2 C C C 140 170 160 190

Grey cast ironlow tensile strength 180 602 K3 C C C 300 330 320 350high tensile strength/austenitic 245 825 K4 C C C 190 220 180 210

Cast iron with spheroidal graphiteferritic 155 518 K5 C C C 200 220 220 240pearlitic 265 885 K6 C C C 130 150 140 170

GGV (CGI) 200 675 K7 C C C 130 160 150 180

N

Aluminium wrought alloysnot precipitation hardenable 30 – N1 C C

precipitation hardenable, precipitation hardened 100 343 N2 C C

Cast aluminium alloys≤ 12% Si, not precipitation hardenable 75 260 N3 C C

≤ 12% Si, precipitation hardenable, precipitation hardened 90 314 N4 C C

> 12% Si, not precipitation hardenable 130 447 N5 C C

Magnesium alloys 70 250 N6 C C


non-alloyed, electrolytic copper 100 343 N7 C C

brass, bronze, red brass 90 314 N8 C C

Cu-alloys, short-chipping 110 382 N9 C C

high-strength, Ampco 300 1013 N10 C C

S


Fe-basedannealed 200 675 S1 C C 65 70 80 90precipitation hardened 280 943 S2 C C 45 50 60 65

Ni or Co baseannealed 250 839 S3 C C 50 55 60 70

precipitation hardened 350 1177 S4 C C 30 35 40 45cast 320 1076 S5 C C 40 45 50 55

Titanium alloyspure titanium 200 675 S6 C C 65 70 80 90+α and β alloys, precipitation hardened 375 1262 S7 C C 30 35 40 45β alloys 410 1396 S8 C C 30 35 30 45

Tungsten alloys 300 1013 S9 C C 70 80 70 80

Molybdenum alloys 300 1013 S10 C C 70 80 70 80

HHardened steel




Hardened cast iron hardened and tempered 55 HRC – H4 C C

O

Thermoplasts without abrasive fillers O1 C C C 400 400 400 400 400 400Thermosetting plastics without abrasive fillers O2 C C C 300 300 300 300 300 300

Plastic, glass-fibre reinforced GFRP O3

Plastic, carbon-fibre reinforced CFRP O4

Plastic, aramid fibre reinforced AFRP O5Graphite (technical) 80 Shore O6 C C 400 500

C C Recommended application (the specified cutting data are regarded as starting values for the recommended application).C Possible application, reduce cutting data by 30–50% (increase for ISO M approx. 70–80%).

HC = Coated carbide

1 The classification of the machining groups can be found in the General catalogue from page ¤H 8¤ onwards. / 2 Cutting data can also be used without coolant. / * ae/Dc = 1/10, vc = 10% higher than 1/5.

Feed rates

Mat

eria

l gro

up

Milling cutter type F5041 F5141

Lead angle κ 90° 90°

Tool Ø25–63 mm

1–2 1/2"40–125 mm

11/2 –5"

Max. depth of cut apmax [mm] 8 12

P

Non-alloyed steel 0,18 0,24

Low-alloyed steel 0,12 0,18

High-alloyed steel and high-alloyed tool steel 0,12 0,18

Stainless steel 0,10 0,14

M Stainless steel 0,10 0,12

K

Malleable cast iron 0,14 0,24

Grey cast iron 0,18 0,30

Cast iron with spheroidal graphite 0,14 0,24

GGV (CGI) 0,12 0,18

N

Aluminium wrought alloys


Magnesium alloys


S

Heat-resistant alloys 0,10 0,14

Titanium alloys 0,10 0,14

Tungsten alloys 0,10 0,14

Molybdenum alloys 0,10 0,14

HHardened steel

Hardened cast iron

O

Thermoplasts

Plastic, carbon-fibre reinforced

Graphite (technical) 0,12 0,18

Correction factor KaeFor the feed per tooth depending on the ratiocut width ae to mill diameter Dc

fz = fz0 · Kae

ae/Dc = 1/1 – 1/2 1,0 1,0

1/5 1,1 1,1

1/10 1,2 1,2

1/20 1,3 1,3


Grooving ¤14¤




PCDdrills ¤56¤


Walter ¤91¤

Drills ¤92¤






HSS-Etaps ¤106¤







Walter ¤177¤



Facemills ¤186¤

Copymills ¤190¤



Adaptors ¤218¤



_TOOlInnOvATIOnS–ADAPTOrS

Precisionfromthespindletothecuttingedge.


Adaptors

218


ADAPTOrS

Walter steeptaperadaptors–precisionfromthespindletothecuttingedge.

THEADAPTORS

Precisionstartswiththeadaptor.Forthisreason,allsteeptaperadaptorsintheWalteradaptorrangearedesignedwithmaximumtaperaccuracyandexactingtolerances.Itgoeswithoutsayingthattheyalsohaveahighconcentricityandclampingprecision.

Alladaptorshave– minimumbalanceclassofG6.3at16,000rpm– coolantdesignformAD+B

FACEMILLADAPTORAK155

Foraccommodatingcutterswithboreanddriveslot.DIn1880(centrebolttype)andDIn2079(4threadedmountingholes,from40mmdiameter)available.CoolantoutletsontheendfaceformillswithinternalcoolingsimilartoDIn6357.

– Taperversion:SK40,SK50,BT40,BT50– Adaptordiameter:16-32mm

219Walter–Adaptors

WELDONCHUCKAK170

ForclampingtoolswithaparallelshankandsidefixingflataccordingtoDIn1835-BandDIn6535-HB

– Taperversion:SK40,SK50,BT40,BT50– Adaptordiameter:6-40mm

ERCOLLETCHUCKAK300

ForclampingtoolswithaparallelshankincolletsinaccordancewithDIn6499

– Taperversion:SK40,SK50,BT40,BT50– Forcollets:Er16-Er40– 2versions:Forinternalcoolantsupply,standard– 2versionswithdifferentlengths

FACEMILLADAPTORA155

Foraccommodatingcutterswithboreanddriveslot.DIn1880(centrebolttype)andDIn2079(4threadedmountingholes,from40mmdiameter)available.

– Taperversion:SK40,SK50,BT40,BT50– Adaptordiameter:16-40mm– 2versionswithdifferentlengths


220 Walter – Adaptors

Face mill adaptor DIN 69871 A 155.S

Designationd1

mmd11mm

d12mm

l4mm

l19mm

SK DIN 69871 AD+B

d12

l19

l4

d11

A155.S40.035.16 SK40 16 40 35 17 0,94

A155.S40.035.22 SK40 22 48 35 19 1,05

A155.S40.035.27 SK40 27 48 35 21 1,2

A155.S40.050.32 SK40 32 78 50 24 1,75

A155.S40.100.16 SK40 16 40 100 17 1,94

A155.S40.100.22 SK40 22 48 100 19 1,95

A155.S40.100.27 SK40 27 60 100 21 2,5

A155.S40.100.32 SK40 32 78 100 24 3,55

A155.S50.035.22 SK50 22 48 35 19 2,85

A155.S50.035.27 SK50 27 60 35 21 3,1

A155.S50.035.32 SK50 32 78 35 24 3,35

A155.S50.050.40* SK50 40 89 50 27 4,1

A155.S50.070.60* SK50 60 127 70 40 7,2

A155.S50.100.22 SK50 22 48 100 19 4,55

A155.S50.100.27 SK50 27 60 100 21 5,3

A155.S50.100.32 SK50 32 78 100 24 6,55

A155.S50.100.40* SK50 40 89 100 27 9,5

Bodies and assembly parts are included in the scope of delivery. For pull studs for steep tapers, see General catalogue, page H 42.* with 4 additional threaded holes for tools with DIN 2079 tooling connection.

NEW2012

Designationd1

mmd11mm

d12mm

l4mm

l19mm

JIS B 6339

d11d12

l19 l4

A155.BT40.035.16 SK40 16 40 35 17 1,14

A155.BT40.035.22 SK40 22 48 35 19 1,15

A155.BT40.035.27 SK40 27 48 35 21 1,3

A155.BT40.065.32 SK40 32 78 65 24 2

A155.BT40.100.16 SK40 16 40 100 17 1,8

A155.BT40.100.22 SK40 22 48 100 19 2

A155.BT40.100.27 SK40 27 60 100 21 2,5

A155.BT50.055.22 SK50 22 48 55 19 3,65

A155.BT50.055.27 SK50 27 60 55 21 3,9

A155.BT50.055.32 SK50 32 78 55 24 4,15

A155.BT50.055.40* SK50 40 89 55 27 4,9

A155.BT50.080.60* SK50 60 127 80 40 3,75

A155.BT50.100.22 SK50 22 48 100 19 4,5

A155.BT50.100.27 SK50 27 60 100 21 5,75

A155.BT50.100.32 SK50 32 78 100 24 6,5

Bodies and assembly parts are included in the scope of delivery. For pull studs for steep tapers, see General catalogue, page H 42.* with 4 additional threaded holes for tools with DIN 2079 tooling connection.

Face mill adaptor JIS B 6339 A 155.BT

Assembly parts

Accessories

NEW2012

d11 mm 16 22 27 32 40 60

Mill tightening screw DIN 6367 FS430 FS431 FS432 FS433 FS434 FS912

d11 mm 16 22 27 32 40 60

Wrench for mill tightening screw FS436 FS437 FS438 FS439 FS440 FS913

221Walter – Adaptors


Assembly parts

Accessories

Designationd1

mmd11mm

d12mm

l4mm

l19mm

SK DIN 69871 AD+B

l19

d11d12

l4

AK155.S40.035.16 SK40 16 40 35 17 0,94

AK155.S40.035.22 SK40 22 48 35 19 1,05

AK155.S40.035.27 SK40 27 48 35 21 1,2

AK155.S40.050.32 SK40 32 78 50 24 1,75

AK155.S50.035.16 SK50 16 40 35 17 2,7

AK155.S50.035.22 SK50 22 48 35 19 2,85

AK155.S50.035.27 SK50 27 60 35 21 3,1

AK155.S50.050.32 SK50 32 78 50 24 3,35

Bodies and assembly parts are included in the scope of delivery.For pull studs for steep tapers, see General catalogue, page H 42.

Face mill adaptor DIN 69871 AK 155.S

Face mill adaptor JIS B 6339 AK 155.BT

d11 mm 16 22 27 32

Tightening screw ISO 4762 FS938 (SW 6) FS939 (SW 8) FS940 (SW 10) FS941 (SW 14)

d11 mm 16 22 27 27-32

ISO 2936 Allen key ISO 2936-6 (SW 6) ISO 2936-8 (SW 8) ISO 2936-10 (SW 10) ISO 2936-14 (SW 14)

Designationd1

mmd11mm

d12mm

l4mm

l19mm

JIS B 6339

l4l19

d11d12

AK155.BT40.035.16 SK40 16 40 35 17 1,14

AK155.BT40.035.22 SK40 22 48 35 19 1,15

AK155.BT40.035.27 SK40 27 48 35 21 1,3

AK155.BT40.065.32 SK40 32 78 65 24 2

AK155.BT50.055.16 SK50 16 40 55 17 3,5

AK155.BT50.055.22 SK50 22 48 55 19 3,65

AK155.BT50.055.27 SK50 27 60 55 21 3,9

AK155.BT50.055.32 SK50 32 78 55 24 4,15

Bodies and assembly parts are included in the scope of delivery.For pull studs for steep tapers, see General catalogue, page H 42.

NEW2012

NEW2012



d11 mm 6 8 10 12-14 16-18 20 25 32-40

Clamping screw DIN 1835-B M06x10 M08x10 M10x12 M12x16 M14x16 M16x16 M18x2x20 M20x2x20

Designationd1

mmd11mm

d12mm

l4mm

l16mm

SK DIN 69871 AD+B

l4

d11d12

l16

AK170.S40.050.06 SK40 6 25 50 35 0,9

AK170.S40.050.08 SK40 8 28 50 35 0,9

AK170.S40.050.10 SK40 10 35 50 39 1

AK170.S40.050.12 SK40 12 42 50 44 1

AK170.S40.050.14 SK40 14 42 50 44 1

AK170.S40.063.16 SK40 16 48 63 47 1

AK170.S40.063.18 SK40 18 48 63 47 1,2

AK170.S40.063.20 SK40 20 52 63 49 1,3

AK170.S40.100.25 SK40 25 65 100 59 2,3

AK170.S40.100.32 SK40 32 72 100 63 2,5

AK170.S50.063.06 SK50 6 25 63 35 2,8

AK170.S50.063.08 SK50 8 28 63 35 2,7

AK170.S50.063.10 SK50 10 35 63 39 2,9

AK170.S50.063.12 SK50 12 42 63 44 3

AK170.S50.063.14 SK50 14 42 63 44 3

AK170.S50.063.16 SK50 16 48 63 47 3,1

AK170.S50.063.18 SK50 18 48 63 47 3

AK170.S50.063.20 SK50 20 52 63 49 3,1

AK170.S50.080.25 SK50 25 65 80 59 3,8

AK170.S50.100.32 SK50 32 72 100 63 4,5

AK170.S50.100.40 SK50 40 78 100 73 4,7

Bodies and assembly parts are included in the scope of delivery. For pull studs for steep tapers, see General catalogue, page H 42.

Designationd1

mmd11mm

d12mm

l4mm

l16mm

JIS B 6339

l4

d11d12

l16

AK170.BT40.050.06 SK40 6 25 50 35 0,9

AK170.BT40.050.08 SK40 8 28 50 35 1

AK170.BT40.063.10 SK40 10 35 63 39 1,1

AK170.BT40.063.12 SK40 12 42 63 44 1,2

AK170.BT40.063.14 SK40 14 44 63 44 1,2

AK170.BT40.063.16 SK40 16 48 63 47 1,2

AK170.BT40.063.18 SK40 18 50 63 47 1,3

AK170.BT40.063.20 SK40 20 52 63 49 1,4

AK170.BT40.090.25 SK40 25 65 90 59 2,4

AK170.BT40.100.32 SK40 32 72 100 63 2,6

AK170.BT50.063.06 SK50 6 25 63 35 3,6

AK170.BT50.063.08 SK50 8 28 63 35 3,5

AK170.BT50.070.10 SK50 10 35 70 39 3,7

AK170.BT50.080.12 SK50 12 42 80 44 3,8

AK170.BT50.080.16 SK50 16 48 80 47 3,9

AK170.BT50.080.20 SK50 20 52 80 49 3,9

AK170.BT50.100.25 SK50 25 65 100 59 4,6

AK170.BT50.105.32 SK50 32 72 105 63 5,3

AK170.BT50.115.40 SK50 40 78 115 75 5,5

Bodies and assembly parts are included in the scope of delivery. For pull studs for steep tapers, see General catalogue, page H 42.

Weldon adaptor DIN 69871 AK 170.S

Weldon adaptor JIS B 6339 AK 170.MAS BT

Assembly parts

NEW2012

NEW2012



ER collet chuck with internal cooling AK 300.S

Collets ER 16 ER 20 ER 25 ER 32 ER 40

Clamping nut for internal coolant supply FS1448 FS1359 FS1449 FS1360 FS1450

Designationd1

mmd11mm

d12mm

l4mm Collets

SK DIN 69871 AD+B

d11

d12

l4

AK300.S40.075.ER16 SK40 1-10 28 75 ER 16 1

AK300.S40.075.ER20 SK40 1-13 34 75 ER 20 1,1

AK300.S40.075.ER25 SK40 1-16 42 75 ER 25 1,3

AK300.S40.075.ER32 SK40 1-20 50 75 ER 32 1,4

AK300.S40.075.ER40 SK40 2-26 63 75 ER 40 1,6

AK300.S40.105.ER16 SK40 1-10 28 105 ER 16 1,1

AK300.S40.105.ER20 SK40 1-13 34 105 ER 20 1,3

AK300.S40.105.ER25 SK40 1-16 42 105 ER 25 1,7

AK300.S40.105.ER32 SK40 1-20 50 105 ER 32 1,8

AK300.S40.105.ER40 SK40 2-26 63 105 ER 40 2

AK300.S50.075.ER20 SK50 1-13 34 75 ER 20 2,9

AK300.S50.075.ER25 SK50 1-16 42 75 ER 25 3,2

AK300.S50.075.ER32 SK50 1-20 50 75 ER 32 3,3

AK300.S50.075.ER40 SK50 2-26 63 75 ER 40 3,3

AK300.S50.105.ER20 SK50 1-13 34 105 ER 20 3,1

AK300.S50.105.ER25 SK50 1-16 42 105 ER 25 3,4

AK300.S50.105.ER32 SK50 1-20 50 105 ER 32 3,7

AK300.S50.105.ER40 SK50 2-26 63 105 ER 40 4,1

Bodies and assembly parts are included in the scope of delivery. If the collet chuck is used for the internal coolant supply, the sealing discs on page G 102 of the General catalogue should be used. N.B.: The clamping nut can be damaged if the chuck is used without a sealing disc. For collets, see General catalogue, page G 99. For pull studs for steep tapers, see General catalogue, page H 42.

Designationd1

mmd11mm

d12mm

l4mm Collets

JIS B 6339

d11

d12

l4

AK300.BT40.075.ER16 SK40 1-10 28 75 ER 16 1,1

AK300.BT40.075.ER20 SK40 1-13 34 75 ER 20 1,2

AK300.BT40.075.ER25 SK40 1-16 42 75 ER 25 1,4

AK300.BT40.075.ER32 SK40 1-20 50 75 ER 32 1,5

AK300.BT40.075.ER40 SK40 2-26 63 75 ER 40 1,6

AK300.BT40.105.ER16 SK40 1-10 28 105 ER 16 1,3

AK300.BT40.105.ER20 SK40 1-13 34 105 ER 20 1,5

AK300.BT40.105.ER25 SK40 1-16 42 105 ER 25 1,7

AK300.BT40.105.ER32 SK40 1-20 50 105 ER 32 1,8

AK300.BT40.105.ER40 SK40 2-26 63 105 ER 40 1,9

AK300.BT50.075.ER20 SK50 1-13 34 75 ER 20 3,7

AK300.BT50.075.ER25 SK50 1-16 42 75 ER 25 4

AK300.BT50.075.ER32 SK50 1-20 50 75 ER 32 4

AK300.BT50.075.ER40 SK50 2-26 63 75 ER 40 4,2

AK300.BT50.105.ER20 SK50 1-13 34 105 ER 20 4,1

AK300.BT50.105.ER25 SK50 1-16 42 105 ER 25 4,3

AK300.BT50.105.ER32 SK50 1-20 50 105 ER 32 4,5

AK300.BT50.105.ER40 SK50 2-26 63 105 ER 40 4,9

Bodies and assembly parts are included in the scope of delivery. If the collet chuck is used for the internal coolant supply, the sealing discs on page G 102 of the General catalogue should be used. N.B.: The clamping nut can be damaged if the chuck is used without a sealing disc. For collets, see General catalogue, page G 99. For pull studs for steep tapers, see General catalogue, page H 42.

Assembly parts

ER collet chuck with internal cooling AK 300.MAS BT

NEW2012

NEW2012


224 Walter – Adaptors224224

Collets ER 16 ER 20 ER 25 ER 32 ER 40

Clamping nut FS1537 FS2183 FS1540 FS1541 FS1542

Designationd1

mmd11mm

d12mm

l4mm Collets

SK DIN 69871 AD+B

d11

d12

l4

AK300.S40.070.ER16 SK40 1-10 28 70 ER 16 1

AK300.S40.070.ER20 SK40 1-13 34 70 ER 20 1,1

AK300.S40.070.ER25 SK40 1-16 42 70 ER 25 1,2

AK300.S40.070.ER32 SK40 1-20 50 70 ER 32 1,4

AK300.S40.070.ER40 SK40 2-26 63 70 ER 40 1,5

AK300.S40.100.ER16 SK40 1-10 28 100 ER 16 1,1

AK300.S40.100.ER20 SK40 1-13 34 100 ER 20 1,3

AK300.S40.100.ER25 SK40 1-16 42 100 ER 25 1,5

AK300.S40.100.ER32 SK40 1-20 50 100 ER 32 1,8

AK300.S40.100.ER40 SK40 2-26 63 100 ER 40 1,9

AK300.S50.070.ER20 SK50 1-13 34 70 ER 20 2,9

AK300.S50.070.ER25 SK50 1-16 42 70 ER 25 3,2

AK300.S50.070.ER32 SK50 1-20 50 70 ER 32 3,1

AK300.S50.070.ER40 SK50 2-26 63 70 ER 40 3,5

AK300.S50.100.ER20 SK50 1-13 34 100 ER 20 3,1

AK300.S50.100.ER25 SK50 1-16 42 100 ER 25 3,6

AK300.S50.100.ER32 SK50 1-20 50 100 ER 32 3,8

AK300.S50.100.ER40 SK50 2-26 63 100 ER 40 4,1

Bodies and assembly parts are included in the scope of delivery. For collets, see General catalogue, page G 99. For pull studs for steep tapers, see General catalogue, page H 42.

Designationd1

mmd11mm

d12mm

l4mm Collets

JIS B 6339

d11

d12

l4

AK300.BT40.070.ER16 SK40 1-10 28 70 ER 16 1,1

AK300.BT40.070.ER20 SK40 1-13 34 70 ER 20 1,1

AK300.BT40.070.ER25 SK40 1-16 42 70 ER 25 1,3

AK300.BT40.070.ER32 SK40 1-20 50 70 ER 32 1,4

AK300.BT40.070.ER40 SK40 2-26 63 70 ER 40 1,6

AK300.BT40.100.ER16 SK40 1-10 28 100 ER 16 1,3

AK300.BT40.100.ER20 SK40 1-13 34 100 ER 20 1,5

AK300.BT40.100.ER25 SK40 1-16 42 100 ER 25 1,7

AK300.BT40.100.ER32 SK40 1-20 50 100 ER 32 1,8

AK300.BT40.100.ER40 SK40 2-26 63 100 ER 40 1,9

AK300.BT50.070.ER20 SK50 1-13 34 70 ER 20 3,7

AK300.BT50.070.ER25 SK50 1-16 42 70 ER 25 4

AK300.BT50.070.ER32 SK50 1-20 50 70 ER 32 4

AK300.BT50.070.ER40 SK50 2-26 63 70 ER 40 4,2

AK300.BT50.100.ER20 SK50 1-13 34 100 ER 20 4,1

AK300.BT50.100.ER25 SK50 1-16 42 100 ER 25 4,3

AK300.BT50.100.ER32 SK50 1-20 50 100 ER 32 4,5

AK300.BT50.100.ER40 SK50 2-26 63 100 ER 40 4,9

Bodies and assembly parts are included in the scope of delivery. For collets, see General catalogue, page G 99. For pull studs for steep tapers, see General catalogue, page H 42.

ER collet chuck DIN 69871 AK 300.S

ER collet chuck JIS B 6339 AK 300.MAS BT

Assembly parts

NEW2012

NEW2012



Designationd1

mmd11mm

l16mm

l4mm

l1mm Version

Shank DIN 1835 ASteel shank with solid carbide core and internal coolant supply

D

E

87°

F

d1d11

d11

d11

l1

l1

l1

d1

d1

l4l16

l4l16

l4l16

AK512.Z16.T14.070 16 T14 38 70 120 E 0,2

AK512.Z16.T14.120 16 T14 37 120 170 E 0,3

AK512.Z20.T18.123 20 T18 45 123 175 D 0,5

AK512.Z25.T22.122 25 T22 55 122 180 D 0,8

AK512.Z25.T28.127 25 T28 60 127 185 F 0,9

AK512.Z32.T28.283 32 T28 60 283 345 D 2,6

Note: When used in shrink-fit chucks, a shrink-fit device with a power of min. 10 kW is required.

Designationd1

mmd11mm

l16mm

l4mm

l1mm Version

Shank DIN 1835 ASteel shank with solid carbide core and internal coolant supply

D

E

87°

F

d1d11

d11

d11

l1

l1

l1

d1

d1

l4l16

l4l16

l4l16

AK512.UZ19.T18.070 0.75 T18 45 2.756 4.724 D 0,3

AK512.UZ19.T18.123 0.75 T18 45 4.843 6.890 D 0,4

AK512.UZ26.T22.122 1.00 T22 55 4.803 7.078 D 0,9

AK512.UZ26.T22.282 1.00 T22 55 11.102 13.386 D 1,7

AK512.UZ31.T28.283 1.25 T28 60 11.142 13.583 D 2,6

Note: When used in shrink-fit chucks, a shrink-fit device with a power of min. 10 kW is required.

Adaptor DIN 1835 A AK 512 (metric) - screwfit

Adaptor DIN 1835 A AK 512 (inch) - screwfit

NEW2012

NEW2012

ORDERING INFORMATIONORDERING INFORMATION


Master VDI DIN 69880 AK 135VDI 50 + 60

Designationd1

mmd14mm

d11mm

l4mm kg

d1d11d14

l4

AK135M.5.50.060.N8 50 98 NCT80 60 3,7

AK135M.5.60.060.N8 60 123 NCT80 60 5,5

Modular NCT adaptor

Adaptor AK 540 - screwfitSK 40

Designationd1

mmd11mm

d14mm

l4mm

l16mm

l18mm kg

SK DIN 69871 AD+B AK540.S40.T18.040CO SK40 T18 20 40 16 10 0,82

AK540.S40.T22.040CO SK40 T22 25 40 16 10 0,83

For NCT ScrewFit front piece

NEW2012

NEW2012

d14 d11

90°

l18

87°

l16

l4

Designationd1

mmd11mm

l4mm

l18mm Version

Form A

d11 d1

l18l4

Form B

d1d11

l4

AK523.T14.10.E12 T14 E12 25 10 A 0,05

AK523.T14.25.E16 T14 E16 25 – B 0,06

AK523.T18.30.E20 T18 E20 30 – B 0,11

AK523.T22.35.E25 T22 E25 35 – B 0,20

ScrewFit/ConeFitTM adaptor AK 523

NEW2012



Adaptor AK 540BT 40 - screwfit

Designationd1

mmd11mm

d14mm

l4mm

l16mm

l18mm kg

MAS-BT JIS B 6339 AK540.BT40.T22.050CO SK40 T22 25 50 17 10 1,01

For NCT ScrewFit front piece

NEW2012

d14 d11

90°

l18

87°

l16

l4

Adaptor AK 610/DIN 6335 HA - conefit

Designation

d1h6

mmd11mm

l4mm

l1mm

Shank DIN 6335 HA with internal coolant supply

l4l1

d1d11

AK610.Z12.E10.005 12 E10 5 65 0,1

AK610.Z16.E16.025 16 E16 25 110 0,2

- For ConeFitTM mill heads

Adaptor AK 610/DIN 6335 HA - conefit

Designation

d1h6

mmd11mm

l4mm

l1mm

Shank DIN 6335 HA with internal coolant supply

l4l1

d1d11

AK610.Z20.E20.110C 20 E20 110 180 0,7

- For ConeFitTM mill heads- With solid carbide shank

NEW2012

NEW2012

ALPHANUMERIC INDEX

228

AA-PCLN ..................... ¤31¤

A-PDUN .................... ¤31¤

A-PSKN..................... ¤31¤

A-PTFN .....................¤32¤

A-PWLN ....................¤32¤

A155 ....................... ¤220¤

A3279XPL .................¤63¤

A3299XPL ................ ¤77¤

A3379XPL ................. ¤70¤

A3389AML ...............¤84¤

A3393TTP .................¤60¤

A3879XPL ................. ¤67¤

A3899XPL.................¤80¤

A3979XPL ................. ¤73¤

A6489AMP ...............¤84¤

A6589AMP ...............¤85¤

AEP2251302 .......... ¤119¤

AEP2251312 .......... ¤119¤

AEP2256302 .......... ¤119¤

AEP2256312 ..........¤120¤

AEP2351302 ..........¤120¤

AEP2351312...........¤120¤

AEP2356302 ..........¤120¤

AEP2356312 ..........¤120¤

AK135 ..................... ¤226¤

AK155 ..................... ¤221¤

AK170 ..................... ¤222¤

AK300 .................... ¤224¤

AK300 .................... ¤223¤

AK512 ..................... ¤225¤

AK523 .................... ¤226¤

AK540 .................... ¤227¤

AK540 .................... ¤226¤

AK610 ..................... ¤227¤

ADGT .......................¤192¤

ADKT .......................¤192¤

ADMT ............. ¤192¤, ¤193¤

BB4013 ........................¤98¤

B4015 ........................¤98¤

B4017 ........................¤98¤

MM20213 ...................¤142¤

M2021305 ..............¤124¤

M2021306 ..............¤142¤

M20233 ..................¤142¤

M2023306 ..............¤142¤

M20263 ..................¤142¤

M2026305 ..............¤142¤

M2026306 ..............¤142¤

M203009 ................¤145¤

M205049 ................¤149¤

M20513 ...................¤146¤

M2051305 ..............¤146¤

M2051306 ..............¤146¤

M2051332 .............. ¤147¤

M20533 ..................¤146¤

M2053306 ..............¤146¤

M205549 ................¤150¤

M20563 ..................¤146¤

M2056305 ..............¤146¤

M2056306 ..............¤146¤

M2056332 .............. ¤147¤

M2121305 ..............¤143¤

M21263 ...................¤143¤

M2126305 ..............¤143¤

M2128305 ..............¤143¤

M21513 ................... ¤147¤

M2151305 .............. ¤147¤

M21563 ................... ¤147¤

M2156305 .............. ¤147¤

M2158305 ..............¤148¤

M22213 ...................¤143¤

M2221305 ..............¤143¤

M22263 ..................¤144¤

M2226305 ..............¤144¤

M22513 ...................¤148¤

M2251305 ..............¤148¤

M22563 ..................¤148¤

M2256305 ..............¤148¤

M225632 ................¤149¤

M23213 ...................¤144¤

M2321305 ..............¤144¤

M23263 ..................¤144¤

M2326305 ..............¤144¤

M233009 ................¤145¤

M235049 ................¤150¤

CCCGT ......................... ¤24¤

CCMT .........................¤99¤

CNGN ........................ ¤25¤

CNMG ....................... ¤20¤

CNMM ...................... ¤20¤

CRDC .........................¤33¤

CRDN .........................¤33¤

CRSN .........................¤33¤

DDCLN ........................ ¤29¤

DNGN ....................... ¤25¤

DNMG ........................ ¤21¤

DNMM ....................... ¤21¤

DSDN ........................ ¤29¤

DSSN ........................ ¤29¤

DWLN ....................... ¤29¤

EEG ..............................¤98¤

EP2051302 ............. ¤114¤

EP2051305 ............. ¤114¤

EP2051312 ............. ¤115¤

EP2051342 ............. ¤115¤

EP2051362 ............. ¤116¤

EP2051382 ............. ¤115¤

EP2053302 ............ ¤114¤

EP2053305 ............ ¤114¤

EP2056302 ............ ¤114¤

EP2056305 ............ ¤114¤

EP2056312 ............. ¤115¤

EP2056342 ............ ¤115¤

EP2056362 ............ ¤116¤

EP2056382 ............ ¤116¤

EP2058302 ............ ¤114¤

EP2058305 ............ ¤114¤

EP2156302 ............. ¤116¤

EP2156312 ............. ¤117¤

EP2156362 ............. ¤117¤

EP2251302 ............. ¤117¤

EP2251312 ............. ¤118¤

EP2256302 ............ ¤117¤

EP2256312 ............. ¤118¤

EP2351302 ............. ¤118¤

EP2351312 ............. ¤118¤

EP2356302 ............ ¤118¤

EP2356312 ............. ¤119¤

EP2456302 ............ ¤119¤

FF2010 ..................... ¤204¤

F2162 ........................¤86¤

F2171 .........................¤86¤

F4031 ..................... ¤212¤

F4045 ..................... ¤205¤

F4050 ..................... ¤206¤

F5041 ..................... ¤208¤

F5141 .......................¤210¤

GGX ............................. ¤26¤

HH1E0111 ..................¤169¤

H1E01118 ................¤169¤

H1E01219 ................¤169¤

H1E12018 ................¤168¤

H1E58018 ............... ¤170¤

H1E58118 ................ ¤170¤

H1E58318 ............... ¤170¤

H1E58518 ............... ¤170¤

H1E92718 ............... ¤167¤

H2034217 ...............¤166¤

H2038217 ...............¤166¤

H2134217................¤166¤

H2138217 ................¤166¤

H3E20419 ...............¤168¤

H4033217 ............... ¤173¤

H4034217 ............... ¤173¤

H4036217 ............... ¤173¤

H4038217 ............... ¤174¤

H4046988 ............... ¤171¤

H4133217 ................ ¤173¤

H4134217 ................ ¤173¤

H4138217 ................ ¤174¤

H4E34217 ............... ¤167¤

H4E38217 ............... ¤167¤

H4E38217 ...............¤168¤

H5087016 .............. ¤152¤

H5088016 .............. ¤152¤

H8004788 ............... ¤172¤

HP8061106 ............. ¤151¤

HP8061716 ............. ¤151¤

HP8061816 ............. ¤151¤

HP8166716 ............. ¤151¤

KK600 ..........................¤32¤

K1161XPL ..................¤85¤

K3281TFT ................ ¤59¤

K3299XPL ................¤58¤

K3879XPL ................¤58¤

K3899XPL ................¤58¤

LLNGX .......................¤199¤

LNHU ............. ¤199¤, ¤203¤

LNHX ...................... ¤203¤

LNKU ...................... ¤202¤

LNMU ......................¤199¤

LNMX ..................... ¤203¤

LPGW ......................¤193¤

LPMT .......................¤193¤

LPMW .....................¤193¤

Designation Page Designation Page Designation Page Designation Page Designation Page

229

ALPHANUMERIC INDEX

WWCMT........................¤99¤

WNMG ...................... ¤24¤

WNMM ..................... ¤24¤

XXDMT .......................¤198¤

XNHF .......................¤201¤

PTGN .........................¤30¤

PTFN .......................... ¤31¤

RRCGX ........................ ¤25¤

RDHW ......................¤196¤

RDMT ......................¤196¤

RDMW .....................¤196¤

RDMX ......................¤196¤

RNGN........................ ¤25¤

ROHX .......................¤196¤

RPGX ........................ ¤25¤

SSCMT ..................¤24¤, ¤99¤

SCGT ......................... ¤24¤

SDHW ...................... ¤197¤

SDMW ..................... ¤197¤

SNGN........................ ¤25¤

SNGX ............. ¤199¤, ¤200¤

SNHQ ...................... ¤203¤

SNMG ....................... ¤22¤

SNMM ...................... ¤22¤

SNMX ............ ¤199¤, ¤200¤

SPGT........................ ¤197¤

SPMT ....................... ¤197¤

SPMW ..................... ¤197¤

TTNEF ........................¤201¤

TNMG ........................¤23¤

TNMM .......................¤23¤

VVNMG ........................¤23¤

M23513 ...................¤148¤

M2351305 ..............¤148¤

M23563 ..................¤149¤

M2356305 ..............¤149¤

M24263 ..................¤144¤

M2426305 ..............¤144¤

M24563 ..................¤149¤

M2456305 ..............¤149¤

MPHW .....................¤194¤

MPHX ......................¤194¤

OODHW......................¤194¤

ODMT ......................¤194¤

ODMW .....................¤194¤

OPHN .......................¤194¤

PP20200 ................... ¤133¤

P20210 .................... ¤131¤

P2021005 ............... ¤131¤

P202103 .................¤134¤

P202108 ................. ¤133¤

P20230 ...................¤132¤

P2023005 ...............¤132¤

P202603 .................¤135¤

P202608 ................. ¤133¤

P203009 .................¤140¤

P20310 .................... ¤131¤

P2031005 ............... ¤131¤

P2031006 ............... ¤131¤

P203103 ..................¤134¤

P2031035 ...............¤134¤

P20330....................¤132¤

P2033005 ...............¤132¤

P20340 ................... ¤133¤

P2034005 ............... ¤133¤

P203509 ................. ¤141¤

P20360 ................... ¤131¤

P2036005 ............... ¤131¤

P2036006 ............... ¤131¤

P2236005 ...............¤138¤

P22509 ................... ¤127¤

P225099 .................¤129¤

P22519 ....................¤126¤

P22559 ................... ¤127¤

P22569 ...................¤126¤

P23210 ....................¤139¤

P2321005 ...............¤139¤

P233009 ................. ¤141¤

P233509 ................. ¤141¤

P23360....................¤139¤

P2336005 ...............¤139¤

P233602 .................¤139¤

P235099 .................¤130¤

P23519 .................... ¤127¤

P2351905 ............... ¤127¤

P235599 .................¤130¤

P23569 ................... ¤127¤

P2356905 ............... ¤127¤

P235692 .................¤128¤

P23696 ...................¤199¤

P24360 ...................¤140¤

P2436005 ...............¤140¤

P24569 ...................¤128¤

P2456905 ...............¤128¤

P26315 ....................¤195¤

P26325 ...................¤195¤

P26335 ...................¤195¤

P26337 ....................¤195¤

P26339....................¤195¤

P265676 .................¤128¤

P28210 ....................¤140¤

P28360 ...................¤140¤

P28519 ....................¤128¤

P28569 ...................¤129¤

P40310 ....................¤134¤

P40360....................¤134¤

P40519 ....................¤124¤

P40569 ...................¤124¤

P4840 ............. ¤100¤, ¤101¤

P4841 ............. ¤100¤, ¤101¤

P8001 ......................¤195¤

PCLN .........................¤30¤

PSSN .........................¤30¤

PSDN .........................¤30¤

P203603 .................¤134¤

P2036035 ...............¤134¤

P20380 ...................¤132¤

P20390 ................... ¤133¤

P2039005 ............... ¤133¤

P20509 ...................¤123¤

P205099 .................¤129¤

P205183 .................¤124¤

P2051832 ...............¤124¤

P20519 .................... ¤121¤

P2051905 ............... ¤121¤

P2051935 ...............¤123¤

P205198 .................¤123¤

P20539 .................. ¤122¤

P2053905 .............. ¤122¤

P20549 .................. ¤122¤

P2054905 .............. ¤122¤

P205599 .................¤129¤

P205683 .................¤124¤

P2056832 ...............¤124¤

P20569 ................... ¤121¤

P2056905 ............... ¤121¤

P2056935 ...............¤124¤

P205698 .................¤123¤

P20589 .................. ¤122¤

P2058905 .............. ¤122¤

P20599 .................. ¤122¤

P2059905 .............. ¤122¤

P21210 ....................¤135¤

P212608 ................. ¤137¤

P21360 ....................¤136¤

P2136005 ...............¤136¤

P21380 .................... ¤137¤

P2138005 ............... ¤137¤

P21519 ................... ¤125¤

P215599 .................¤129¤

P21569 ................... ¤125¤

P2156905 .............. ¤125¤

P21589 ....................¤126¤

P2158905 ...............¤126¤

P22210 ....................¤138¤

P223009 ................. ¤141¤

P22310 ....................¤138¤

P2231005 ...............¤138¤

P22360 ...................¤138¤

Designation Page Designation Page Designation PageDesignation Page Designation Page

Howtofindus._ WALTER WORLDWIDE

WalterHungáriaKft.Budapest, Hungary

WalterAustriaGmbHVienna, Austria

SCMontanwerkeWalterSRLTimisoara, Romania

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EUROPE

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HEADQUARTERS

WalterAGTübingen, Germany

www.walter-tools.com

ASIA PACIFIC REGION

WalterWuxiCo.Ltd.Wuxi, China

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WalterToolingJapanKKNagoya, Japan

Walter(Thailand)Co.Ltd.Bangkok, Thailand

WalterMalaysiaSdn.Bhd.Selangor, Malaysia

WalterAustraliaPty.Ltd.Victoria, Australia

NORTH AMERICA

WalterUSA,INC.Waukesha, WI, USA

WalterToolsS.A.deC.V.Saltillo Coahuila, Mexico

WalterCanadaMississauga, Canada

SOUTH AMERICA

WalterdoBrasilLtda.Sorocaba, Brazil

WalterArgentinaS.A.Buenos Aires, Argentina

COMPLEXITYMADEEASY.

www.walter-tools.com

WalterMultiply is the new competence brand from Walter, which combines all measures involved in in-creasing productivity with a multi-stage service pro-gramme. As a result, even highly complex processes can suddenly seem quite easy to deal with. WalterMultiply means multiplying the factors which lead to success. Because of the integrated efficiency of our multi-stage services, production performance can be increased by a significantly higher factor than would ever be possible using the total sum of all indi-vidual measures. Addition in process chains belongs in the past. The future is now WalterMultiply.

Complexitymadeeasy.

Services for Planning

Services for Maintenance

Services for Production

and Logistics

Services for Training

You will find the complete tool range of our three competence brands Walter, Walter Titex and Walter Prototyp in the new 2012 edition of the general catalogue and in this new products brochure for 2012-2 “New products, convincing performance”. It replaces the previous brochure 2012-1 “The right choice, guaranteed”.

They contain all the precision tools you need in your production facilities for turning, boring, milling and threading.

We will be pleased to send you the new general catalogue on request.

= the full range of tools

Walter general catalogue+ new products brochure

_A COMPENDIUM Of ExPERTISE IN MACHINING


Complete Catalogue

_INNOVATIONS


Product innovationsEdition 2012-2


Wal

ter

prod

uct

inno

vati

ons

· Edi

tion

201

2-2

_INNOVATIONS


Prin

ted

in G

erm

any

629

0092

(08/

2012

) EN

Walter GB LTD. Bromsgrove, England +44 (1527) 839 450, [email protected] Walter Wuxi Co. Ltd. Wuxi, Jiangsu, P.R. China +86 (510) 8241 9399, [email protected] Walter AG Singapore Pte. Ltd. +65 6773 6180, [email protected] Walter Korea Ltd. Anyang-si Gyeonggi-do, Korea +82 (31) 337 6100, [email protected] Walter Tools India Pvt. Ltd. Pune, India +91 (20) 3045 7300, [email protected] Walter (Thailand) Co., Ltd. Bangkok, 10120, Thailand +66 2 687 0388, [email protected] Walter Malaysia Sdn. Bhd. Selangor D.E., Malaysia +60 (3) 8023 7748, [email protected] Walter Australia Pty. Ltd. Hallam, Victoria 3803, Australia +61 3 8793 1000, [email protected] Walter Tooling Japan K.K. Nagoya, Japan +81 (52) 723 5800, [email protected] Walter USA, LLC Waukesha WI, USA +1 800-945-5554, [email protected] Walter Canada Mississauga, Canada [email protected]

Walter AG

Derendinger Straße 53, 72072 Tübingen Postfach 2049, 72010 Tübingen Germany www.walter-tools.com www.facebook.com/waltertools www.youtube.com/waltertools


Turning, drilling, threading,milling, adaptors

Innovations 12 2 ENG

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