APX3000/4000 APX4000APX3000Multi-function al Indexable CutterA d d i t i o n o f A P X 4 0 0 0 - H b r e a k e r s GMbreakerHbreakerHbreaker2009.1.Update B055G A new generation of high performance cutters with coated inserts. MIRACLE y Low resistance G Mbreaker inserts for aluminium alloy machining now available for APX3000. y New Hbreaker inserts now included in the APX4000range. y Large corner radius inserts have been added to the range of the tough edge type Hbreaker inserts for APX4000.
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a Advanced simulation technology has been utilised to developthe inserts.
aEfficient machining on low rigidity machines and workpiecesis now possible and is ideal for thin wall or extended reachapplications.
Low Cutting Resistance Inserts
aHeat generated during cutting has been reduced due to the APX’s special geometry.a Ideal chip shape formed by the insert for easy disposal.
Ideal Heat Disposal and Chip Control
aRigidity has been increased by using a larger amount ofbacking metal behind the insert.
aResistance to corrosion and abrasion on the cutter bodiesmade possible by using a superior high heat resistant alloy and aspecial surface treatment.
aThe cutter bodies are designed with through coolant holes toimprove cooling and chip disposal.
High Rigidity Cutter Bodies
Insert Size
a APX3000/4000, an extra long shank type is now available fordifficult to reach applications.
Effective Deep Hole Machining
Low heat generation High heat generation
Competitor’s
Cutting Simulation
(Long, extra long shank type)
Note) Rake angle when the insert is set in the cutter body.
(Standard shank type)
MIRACLE coated VP15TF has a good balance of wear and fractureresistance. MIRACLE coated VP20RT exhibits excellentperformance for stainless steel machining. TF15 is ideal foraluminium alloy machining. These grades are suitable for a variety ofworkpiece materials.
Max. Depth of Cut Max. Depth of Cut
General Use
M breaker
Strong Cutting Edge Type
H breaker
Aluminium alloy machining
GM breaker
Insert Chip BreakerNew H breaker type inserts are available for the APX4000.The GM breaker type inserts for aluminium alloy machining are nowincluded in the APX3000 range.
Light Alloy Cast Iron General Steel Stainless Steel Hardened Steel
Shank TypeFig. 1
(Max. Depth of Cut)
Fig. 2
(Max. Depth of Cut)
Fig. 3
(Max. Depth of Cut)
(Note 1) When using inserts with corner radius Re>2.0, machining of the holder is required as shown on page 5.(Note 2) The maximum allowable spindle speeds are set to ensure tool and insert stability.
(Note 3) When using the tool at high spindle speeds, ensure that the tool and arbor are correctly balanced.
Light Alloy Cast Iron General Steel Stainless Steel Hardened Steel
( M a x .
D e p t h o f C u t )
Arbor Type
Screw-in Type
Clamping BoltOrder Number Geometry
Order Number Dimensions (mm)
ClampScrew Wrench Insert
Anti-seizureLubricant
(Max. Depth of Cut)
SECTION A-A
Right hand tool holder only.
Dimensions (mm)Order Number
Wrench InsertClampScrew
Anti-seizureLubricant
Note) For screw-in type arbors, refer to page 13.
* Clamp Torque (N • m) : TPS25=1.0, TPS25 ─ 1=1.0
(Note 1) When using inserts with corner radius Re>2.0, machining of the holder is required as shown on page 5.(Note 2) The maximum allowable spindle speeds are set to ensure tool and insert stability.
(Note 3) When using the tool at high spindle speeds, ensure that the tool and arbor are correctly balanced.
Width of Cut Depth of Cut Feed per Tooth Depth of Cut Feed per Tooth Depth of Cut Feed per Tooth
Mild Steel
Carbon Steel
Alloy Steel
Stainless Steel
Cast IronTensile
Strength<350MPa
Ductile Cast IronTensile
Strength<800MPa
(mm/tooth)
CuttingSpeed
(mm/tooth) (mm/tooth)
Hardened Steel
Aluminium Alloy
(Note 1) These cutting conditions are a guide to the standard shank type and the arbor type.
Please make adjustments according to the machining conditions.(Note 2) Vibration is liable to occur in certain cases. Please reduce the depth of cut and / or reduce cutting conditions in the following cases.
. When using the long shank type and extra long shank type.
. When using long tool overhang with the standard or arbor type.
. When the application has poor clamping rigidity or when using a low rigidity machine.(Note 3) In case of coarse and fine pitch cutters, the coarse pitch type is recommended to prevent vibration.(Note 4) For heavy interrupted and unstable cutting, the H breaker insert is the first recommendation.
*1) L (=10/tan%). Cutters’ moving distance until depth of cut reaches 10mm at a maximum ramping angle. *2) In case nose radius of 0.8mm. Other nose that, find with the below formula.
{(cutting edge diameter D1) – (nose radius) – 0.2)} x 2Note) When machining highly ductile materials with ramping angles above, chips could be continuous.
In this case, decrease the ramping angle or feed per tooth.
Work Material Hardness InsertGrade
Width of Cut Depth of Cut Feed per Tooth Depth of Cut Feed per Tooth Depth of Cut Feed per Tooth
Mild Steel
Carbon Steel
Alloy Steel
Stainless Steel
Cast Iron
Ductile Cast Iron
Tensile Strength<350MPa
Tensile Strength<800MPa
(mm/tooth)
CuttingSpeed
(mm/tooth) (mm/tooth)
Hardened Steel
Aluminium Alloy
(Note 1) These cutting conditions are a guide to the standard shank type and the arbor type.
Please make adjustments according to the machining conditions.(Note 2) Vibration is liable to occur in certain cases. Please reduce the depth of cut and / or reduce cutting conditions in the following cases.
. When using the long shank type and extra long shank type.
. When using long tool overhang with the standard or arbor type.
. When the application has poor clamping rigidity or when using a low rigidity machine.(Note 3) In case of coarse and fine pitch cutters, the coarse pitch type is recommended to prevent vibration.(Note 4) For heavy interrupted and unstable cutting, the H breaker insert is the first recommendation.
Light Alloy Cast Iron General Steel Stainless Steel Hardened Steel
Fig. 1
Fig. 2
Shank Type
(Max. Depth of Cut)
(Max. Depth of Cut)
Right hand tool holder only.
Order Number
Dimensions (mm)
Clamp Screw Wrench Insert Anti-seizure
Lubricant
Max.Ramping
Angle
(Note 1) When using inserts with corner radius Re>2.0, machining of the holder is required as shown on page 10.(Note 2) The maximum allowable spindle speeds are set to ensure tool and insert stability.
(Note 3) When using the tool at high spindle speeds, ensure that the tool and arbor are correctly balanced.
Light Alloy Cast Iron General Steel Stainless Steel Hardened Steel
Arbor Type
Clamping BoltOrder Number
Geometry
( M a x .
D e p t h o f C u t )
( M a x .
D e p t h o f C u t )
Order Number Dimensions (mm)
ClampScrew Wrench Insert
Anti-seizureLubricant
Multi-functional Indexable Cutter
Right hand tool holder only.
(Note 1) When using inserts with corner radius Re>2.0, machining of the holder is required as shown on page 10.(Note 2) The maximum allowable spindle speeds are set to ensure tool and insert stability.
(Note 3) When using the tool at high spindle speeds, ensure that the tool and arbor are correctly balanced.
(Note 1) These cutting conditions are a guide to the standard shank type and the arbor type.
Please make adjustments according to the machining conditions.(Note 2) Vibration is liable to occur in certain cases. Please reduce the depth of cut and / or reduce cutting conditions in the following cases.
. When using the long shank type and extra long shank type. . When using long tool overhang with the standard or arbor type.
. When the application has poor clamping rigidity or when using a low rigidity machine.(Note 3) In case of coarse and fine pitch cutters, the coarse pitch type is recommended to prevent vibration.(Note 4) For heavy interrupted and unstable cutting, the H breaker insert is the first recommendation.
*1) L (=15/tan%). Cutters’ moving distance until depth of cut reaches 15mm at a maximum ramping angle. *2) In case nose radius of 0.8mm. Other nose that, find with the below formula.
{(cutting edge diameter D1) – (nose radius) – 0.2)} x 2Note) When machining highly ductile materials with ramping angles above, chips could be continuous.
In this case, decrease the ramping angle or feed per tooth.
Mild Steel
Carbon Steel
Alloy Steel
Stainless Steel
Cast Iron
Ductile Cast Iron
Hardened Steel
Ti Alloy
Heat Resistant Alloy
Tensile Strength<350MPa
Tensile Strength<800MPa
(Note 1) These cutting conditions are a guide to the standard shank type and the arbor type.
Please make adjustments according to the machining conditions.(Note 2) Vibration is liable to occur in certain cases. Please reduce the depth of cut and / or reduce cutting conditions in the following cases.
. When using the long shank type and extra long shank type.
. When using long tool overhang with the standard or arbor type.
. When the application has poor clamping rigidity or when using a low rigidity machine.(Note 3) In case of coarse and fine pitch cutters, the coarse pitch type is recommended to prevent vibration.(Note 4) For heavy interrupted and unstable cutting, the H breaker insert is the first recommendation.
zThoroughly clean the clamp section of the head and the arbor with an air blower or brush beforeinstallation.
xTighten the head at the recommended torque and ensure that there is no gap between the head
and arbor.
aCutting tools become extremely hot during cutting. Never touch them with bare hands after operation as this
may produce risk of injuries or burns.
aDo not handle the cutting tools with bare hands as this may cause injuries.
How to Install the Screw-in Head
aPlease note that the machining performed in the application examples is dependent on the rigidity of the machine used and the rigidity of the
workpiece and clamping.
Operational Guidance
aUse only specified inserts and parts.aClamp the inserts at a specified torque of only.
APX3000 : 1.0 N • m APX4000 : 4.0 N • m
aThe maximum allowable spindle speeds are shown in Table 1. Ensure that the cutter operates under the
maximum allowable spindle speed.
The maximum allowable spindle speeds for safety purposes are determined in accordance with ISO15641(Milling Cutters for high speed machining–Safety requirements).
Application Examples
Wet Dry Dry Wet
(Table 1) Maximum allowable spindle speed
Max. Allowable Spindle Speed (min-1)
Cutting Edge Diameter D1(mm)
Max. Allowable Spindle Speed (min-1)
Cutting Edge Diameter D1(mm)
a It is recommended that flank wear does not exceed 0.3mm.
Cutting Speed (m/min)
Feed per Tooth (mm/tooth)
Depth of Cut (mm)
Width of Cut (mm)
Tool
Insert (Grade)
Workpiece
JIS FC200JIS S45C JIS SKD61
(45HRC)
JIS SKD12
Machine Shank Type
Coolant
Result
C u t t i n g
C o n d i t i o n s
Lower cutting noise anddouble tool life compared to
a competitor's products.
Reduced cutting noise, bettersurface finish and double the
Mitsubishi Carbide Home page :(Tools specifications subject to change without notice.)
Registration No. 00GRC-EA010 (Gifu Plant)
ISO9001:2000(JSAQ080)
,ISO14001:1996(JSAE036)
The Scope of the Registration:Design, Development andProduction of CementedCarbide Tools and CarbideBlanks
ISO9001:2000
(JSAQ094)
The Scope of the Registration:Design, Development andProduction of Cutting Tools,Wear-resistant Tools, RockDrilling Tools, CementedCarbide Blanks and CoatedProducts
APX3000R325SA32SA
AOMT123608PEER-M(VP20RT)
M/C-BT50 M/C-BT50 M/C-BT50 M/C-BT50
130
0.2
0.25
28
APX3000R325SA32SA
AOMT123608PEER-H(VP20RT)
160
0.06
2
25
APX4000R08007CA
AOMT184808PEER-M(VP15TF)
165
0.15
3
50
APX4000R404SA32SA
AOMT184808PEER-M(VP15TF)
190
0.25
10
5
aPlease note that the machining performed in the application examples is dependent on the rigidity of the machine used and the rigidity of the
workpiece and clamping.
Application Examples
Wet Dry Wet Wet
Multi-functional Indexable Cutter
For Your SafetyaDon't handle inserts and chips without gloves. aPlease machine within the recommended application range and exchange expired tools with new ones in advance of breakage. aPlease use
safety covers and wear safety glasses. aWhen using compounded cutting oils, please take fire precautions.aWhen attaching inserts or spare parts, please use only the correct wrench or spanner.
aWhen using rotating tools, please make a trial run to check run-out, vibration and abnormal sounds etc.
Cutting Speed (m/min)
Feed per Tooth (mm/tooth)
Depth of Cut (mm)
Width of Cut (mm)
Tool
Insert (Grade)
Workpiece
Machine Shank Type
Coolant
Result
C u t t i n g
C o n d i t i o n s
Lower cutting resistance enabledstable machining even at 6 timeshigher cutting conditions.12 times longer tool life.
Double tool life compared toa competitor's product.
Better cutting performanceand lower cutting resistancecompared to a competitor’sproduct.
Cutting resistance is lowerthan the competitor’s product,thus allowing a stablemachining performance.