System overview by
System overview
by
We operate a quality management system based on EN ISO 13485:2016.
The company's products are certified in compliance with the provisions
European Directive 93/42/EEC.
High quality and safety standards
ISO13485Medical devices Quality management
"Quality assessment of dental implants by SEM and EDX analysis. A comparison of five one-piece implants" Dr. Dirk U. Duddeck, CleanImplant Foundation. ZWP 3/2016, p. 12-18.
“The only one-piece implant with no organic contaminants or inorganic residues."
The ROOTT Implant System is developed and constantly upgrading by TRATE AG in close cooperation with members of Open Dental Community.
The ROOTTCONCEPT has dispensed with the overcomplicated treatment procedures recommended by implant manufacturers who are limited by their products on the market.
The ROOTT philosophy is to create the ideal artificial tooth which organically integrates with existing biological structures in the simplest way.
Class leading surface purity (ZWP 3/2016, p. 12-18).
Innovations and developmentThe system development aims to reflect the collective view of independent dental practitioners throughout
the world thus TRATE AG closely cooperate with the Open Dental Community NPO (Luxembourg). This approach
avoids reliance on individual opinions and makes dentists free to select the method most suited to the patient.
Created for dentists by dentists
The COMPRESSIVE implant is a one-piece implant with compressive threads.
It is used for multiple unit restorations with immediate loading in the upper
and lower jaws with adequate bone tissue. It can be used in combination
with basal implants and allows flap and flapless placement. Abutment
direction can be adjusted up to 15° relative to the implant axis.
“The FILO Concept is based in three principles: Flapless surgery, Immediate Loading, and use of one-piece implants. Compressive is a multi-purpose implant and Basal is reserved to Pterygoid Area when it is necessary.”
Dr. Alvaro BastidaSpain
Special compressive threads
Immediate loading
Adjustable abutment slope angle
In accordance with FILO concept can be combined with Basal implants in pterygoid area for total rehabilitation
More clinical cases at Open Dental Community Group on Facebook
Clinical case
COMPRESSIVE implants
Bendable neck Depending on the length of the implant the abutment can be bent up to 15 degrees, as long as the implant is placed with high primary stability
Wide range of sizesFrom short and wide to thin and long
Variety of prosthetic solutions From cemented fixation and burn-out angulated caps to telescopic caps with screwed retention and CAD-CAM solutions on multiunit platforms.
Universal set
6 mm → 20 mmø 3.0 mm → ø 5.5 mm
Tooth socket preparation with bone volume saving drills and Compressive Screws allows to match your sterile implant perfectly.
L
α
⌀ 2.3
10°
⌀oi
⌀ ai
o - occlusal diameter (mm); i - intraosseous diameter (mm); a - apical diameter (mm); n - neck diameter;2α - total internal angle (°); s - intraosseous square area (mm ); i = internal.
Compressive implants
21
13
3
⌀ii
⌀o
⌀a
⌀i
⌀n
⌀3.5
⌀ 5.5 ⌀ 5.0⌀ 4.5 ⌀ 4.0⌀ 3.5 ⌀ 3.0
⌀i ⌀ii|⌀a ⌀ai|
S α|
oi 2.05 n 2.05
oi 2.46 n 2.05
oi 2.95 n 2.05
oi 3.05 n 2.35
oi 3.55 n 2.35
oi 4.04 n 2.55
L 10 mm
L 12 mm
L 14 mm
L 16 mm
L 18mm
L 20mm
L 8 mm
L 6 mm
C3010
C3012
C3014
C3016
C3018
C3020
C3008
C3006
2.4 | 1.41.9 | 0.973 | 7
2.3 | 1.31.7 | 0.786 | 6
2.4 | 1.31.9 | 0.799 | 5
2.4 | 1.41.7 | 0.8
118 | 4
2.4 | 1.3 1.7 | 0.7
128 | 4
2.4 | 1.31.7 | 0.7
143 | 4
2.4 | 1.41.9 | 0.958 | 9
2.4 | 1.41.9 | 0.943 | 12
C3510
C3512
C3514
C3516
C3518
C3520
C3508
C3506
2.6 | 1.61.9 | 0.982 | 10
2.6 | 1.61.8 | 0.897 | 8
2.6 | 1.51.8 | 0.7111 | 7
2.6 | 1.61.8 | 0.8
128 | 6
2.7 | 1.71.8 | 0.8
146 | 5
2.6 | 1.61.8 | 0.7161 | 5
2.6 | 1.61.9 | 0.965 | 13
2.6 | 1.61.9 | 0.949 | 18
C4010
C4012
C4014
C4016
C4018
C4020
C4008
C4006
2.9 | 1.81.9 | 0.892 | 13
2.8 | 1.81.8 | 0.8
109 | 11
2.9 | 1.81.8 | 0.8128 | 9
2.9 | 1.81.8 | 0.8
146 | 8
2.9 | 1.81.8 | 0.8
164 | 7
2.9 | 1.81.8 | 0.7
180 | 6
3.1 | 2.02.4 | 1.282 | 27
3.1 | 2.02.4 | 1.259 | 23
C4510
C4512
C4514
C4516
C4518
C4520
C4508
C4506
3.4 | 1.92.4 | 1.0117 | 13
3.3 | 1.92.4 | 0.9140 | 10
3.3 | 1.92.3 | 0.9162 | 9
3.3 | 1.92.3 | 0.884 | 8
3.3 | 1.92.2 | 0.8
206 | 7
3.3 | 1.92.2 | 0.8230 | 6
3.6 | 2.22.9 | 1.4
100 | 16
3.5 | 2.12.9 | 1.473 | 22
C5010
C5012
C5014
C5008
C5006
3.7 | 2.22.6 | 1.2131 | 16
3.8 | 2.42.8 | 1.4163 | 13
3.6 | 2.22.4 | 0.9179 | 11
4.0 | 2.53.2 | 1.8112 | 20
3.9 | 2.43.2 | 1.782 | 27
C5510
C5512
C5514
C5508
C5506
3.8 | 2.42.5 | 1.0139 | 19
4.0 | 2.52.5 | 1.1167 | 15
3.8 | 2.32.3 | 0.8191 | 13
4.2 | 2.73.3 | 1.8121 | 24
4.2 | 2.73.3 | 1.888 | 33
Compressive implantswith short neck
3 mm1.5 mm
BendableGingiva H<1 mm
Sinus area
BendableGingiva H<1 mm Sinus area
⌀ 4.5
⌀ 4.0
L 10 mmL 8 mmL 6 mm
C4006s
C4506s
C4008s
C4508s
C4010s
C4510s
More clinical cases at Open Dental Community Group on Facebook
BASAL implants are used to create multiple unit restorations in the upper and lower jaws.
Can be placed in extraction sockets and in healed bone. The structural characteristics allow
placement in height and width deficient bones. Can be placed with flap or flapless technique.
Can be used to bypass the mandibular nerve, and for engagement of the cortical bone
at the fusion of the pterygoid with the maxilla. Can be used in combination
with compressive implants. Can be adjusted up to 15° relative to the implant axis.
Ideal for resorbed ridges
Immediate loading
Placement in the socket of an extracted tooth
Excellent protection from inflammation around the implant
Abutment adjustment angle up to 15°
Dr. Ducko AurelSlovakia
BASAL implants
Clinical case
Different surfaces Polished, sandblasted and anodized
Long polished bendable neck Depending on the length of the implant
the abutment can be bent up to 15° as long as the implant is placed in sound bone
Polished surface protects from accumulation of bacteria at the cervical part of the implant
New Basal SS –Super Safe implant
Wide range of sizesFrom short and wide to thin and long
Smart instrument sets Universal set consisting of 12 drills to use with any implants type or size of Roott open implant system.
8 mm → 26 mmø 3.5 mm → ø 10.5 mm
L
α
⌀ 2.3
10°
⌀oi
⌀ ai
o - occlusal diameter (mm); i - intraosseous diameter (mm); a - apical diameter (mm); n - neck diameter;2α - total internal angle (°); s - intraosseous square area (mm ); i = internal.
Basal implants
21
13
ln
⌀ii
⌀o
⌀a
⌀i
⌀n
⌀3.5
⌀ 3.5
⌀i 3.1⌀ii 1.6
⌀oi 1.4n 2.05
6 mmln 1.5
s 76a 18
B3506
8 mmln 3
s 57a 13
B3508
10 mmln 3
B3510s 73a 6
12 mmln 3
B3512s 92a 5
14 mmln 3
B3514s 105a 5
16 mmln 5
B3516s 117a 5
18 mmln 7
B3518s 140a 4
20 mmln 7
B3520s 164a 3
22 mmln 7
B3522s 183a 3
24 mmln 7
B3524s 203a 2
26 mmln 7
B3526s 226a 2
⌀ 4.5
⌀i 4.2⌀ii 2.0⌀oi 1.7n 2.35
s 82a 13
s 105a 6
B4508 B4510s 137a 5
B4512s 151a 5
B4514s 166a 5
B4516s 201a 4
B4518s 239a 3
B4520s 268a 3
B4522s 299a 2
B4524s 335a 2
B4526
⌀ 5.5
⌀i 4.3⌀ii 2.1
⌀oi 1.4n 2.35
s 108a 10
s 115a 9
B5508 B5510s 147a 7
B5512s 170a 6
B5514
L
α
⌀ 2.3
10°
⌀oi
⌀ ai
o - occlusal diameter (mm); i - intraosseous diameter (mm); a - apical diameter (mm); n - neck diameter;2α - total internal angle (°); s - intraosseous square area (mm ); i = internal.
Sandblasted basal implants
21
13
ln
⌀ii
⌀o
⌀a
⌀i
⌀n
⌀3.5
⌀ 3.5
⌀i 3.1⌀ii 1.6
⌀oi 1.4n 2.05
6 mmln 1.5
s 76a 18
B3506ss
8 mmln 3
s 57a 13
B3508ss
10 mmln 3
B3510sss 73a 6
12 mmln 3
B3512sss 92a 5
14 mmln 3
B3514sss 105a 5
16 mmln 5
B3516sss 117a 5
18 mmln 7
B3518sss 140a 4
20 mmln 7
B3520sss 164a 3
22 mmln 7
B3522sss 183a 3
24 mmln 7
B3524sss 203a 2
26 mmln 7
B3526sss 226a 2
⌀ 4.5
⌀i 4.2⌀ii 2.0⌀oi 1.7n 2.35
s 82a 13
s 105a 6
B4508ss B4510sss 137a 5
B4512sss 151a 5
B4514sss 166a 5
B4516sss 201a 4
B4518sss 239a 3
B4520sss 115a 18
B4506ss
TRA TOE TOEA TOES
External platform
8
abutment level
REF
TitaniumRotational
TitaniumAnti-Rotational
TitaniumRotational
Short
⌀ 4
PlasticRotational
⌀ 5.9
⌀ 3.9
⌀ 4.5
10
Transfers
REF
Analogues
ANAPlastic
Rotational
ANETitanium
Anti-Rotational
Titanium caps
TCE0 TCE1 TCE2 TCE3
abutment bottom level
REF
1 mm 2 mm 3 mm0 mm
⌀4.9
abutment top level
H⌀4.9⌀4.6
⌀4.2
TCES0 TCES1
abutment bottom level
REF
1 mm0 mm
abutment top level
⌀4.6⌀4.2
TCEXS1 TCEXS2
abutment bottom level
REF
1 mm 2 mm
abutment top level
H⌀4.7
⌀4.3
TCES22 mm
H⌀4.9
2
Short
Extra short
PEEK caps
PCE0 PCE1 PCE2 PCE3
abutment bottom level
REF
1 mm 2 mm 3 mm0 mm
⌀4.9
abutment top level
H⌀4.9⌀4.6
⌀4.2
PCES0 PCES1
abutment bottom level
REF
1 mm0 mm
abutment top level
⌀4.6⌀4.2
PCEXS1 PCEXS2
abutment bottom level
REF
1 mm 2 mm
abutment top level
H⌀4.7
⌀4.3
PCES22 mm
H⌀4.9
2
Short
Extra short
Burnout parts
BOP A0 A15 A25
abutment level
REF
straight with step
15° angulated 25° angulatedstraight
7.7
⌀5.2
⌀4.9 ⌀3
0.75
15° 25°
Titanium caps for two-piece implants
TCK0 REFTCK1 TCK2 TCK3
TCKXS1 REFTCKS0 TCKS1 TCKS21 mm 0 mm 1 mm 2 mm
abutment bottomlevel
0 mm 1 mm 2 mm 3 mm
abutment bottomlevel
4.7
2
⌀4.5
⌀4.1⌀4.4
⌀4.8
5.5
H
H
H
H⌀4.2 ⌀4.6
⌀5⌀5
6.3
Two-component Rootform implant with combined thread and reliable tapered
connection is intended for single and multiple restorations with immediate
and delayed loading in the upper and lower jaws in all types of bone tissue.
Implant can be placed by flap or flapless approach with subcrestal position
of the implants. Implant placement is also possible immediately following
tooth extraction, as long as sufficient bone tissue is available.
High primary stability in all bone types
Active self-tapping thread
Reliable implant-abutment connection
Dr. Mohamad El MohebFrance
More clinical cases at Open Dental Community Group on Facebook
Clinical case
ROOTFORM implants
Highly stable and secure connection Precision cone and internal hex, connection accurate +/- 0.007 mm
Wide range of sizesFrom short and wide to thin and long
Universal instrument set
6 mm → 16 mmø 3.0 mm → ø 5.5 mm
Multifunctional part CRE Made from Ti6Al4V. Can be used as: Carrier for implant insertion (up to 40 N/cm) Abutment for immediate loading Base for individual gingiva former Transfer for open/close tray
⌀0
L
⌀a
⌀i
α
⌀ 2.5
10.3°
M1.6x0.356H
⌀ii
⌀ai
o - occlusal diameter (mm); i - intraosseous diameter (mm); a - apical diameter (mm); 2α - total internal angle (°); s - intraosseous square area (mm ); i = internal.
Two-piece implants
TiGr23
⌀ 5.5 ⌀ 4.8 ⌀ 4.2 ⌀ 3.8 ⌀ 3.5
L 6 mm
4.9 | 4.54.8 | 2.4137 | 29
R55064.2 | 3.84.1 | 1.7114 | 29
R48064.2 | 3.64.1 | 1.9
106 | 26.5
R42063.8 | 3.43.7 | 1.695 | 28
R38063.5 | 3.33.4 | 1.885 | 24
R3506
L 8 mmR5508
4.9 | 4.54.8 | 2.3177 | 23.6
R48084.2 | 3.84.1 | 1.7147 | 23.6
42083.6 | 3.23.5 | 1.2125 | 21.2
R38083.8 | 3.43.7 | 1.3128 | 21.2
R35083.5 | 3.33.4 | 1.7111 | 20
⌀ 3.0
L 10 mmR5510
4.9 | 4.54.7 | 2.3220 | 17
R48104.2 | 3.84.0 | 1.6182 | 17
R42103.6 | 3.23.4 | 1.2182 | 15.4
R38103.8 | 3.43.6 | 1.2159 | 15.4
R35103.5 | 3.23.3 | 0.8137 | 21
R30103.0 | 2.52.8 | 1.4114 | 14
L 12 mmR5512
4.9 | 4.54.7 | 2.2263 | 13.6
R48124.1 | 3.84.0 | 1.5217 | 13.6
R42123.5 | 3.23.4 | 1.1182 | 12.2
R38123.7 | 3.43.6 | 1.2190 | 12.2
R35123.4 | 3.23.3 | 0.7
164 | 16.6
R30123.0 | 2.52.7 | 1.4137 | 9.8
L 14 mmR5514
4.8 | 4.54.6 | 2.1304 | 11.4
R48144.1 | 3.83.9 | 1.4
249 | 11.4
R42143.5 | 3.23.3 | 1.1
209 | 9.8
R38143.7 | 3.43.5 | 1.1221 | 10.2
R35143.4 | 3.23.2 | 0.7
188 | 13.8
R30143.0 | 2.52.5 | 1.4159 | 7.5
L 16 mmR5516
4.7 | 4.54.5 | 2.1 346 | 9.8
R48164.0 | 3.83.8 | 1.4285 | 9.8
R42163.4 | 3.23.1 | 0.8
234 | 9.8
R38163.6 | 3.43.4 | 1.0
249 | 9
R35163.3 | 3.23.1 | 0.6215 | 12
R30162.9 | 2.42.4 | 1.4178 | 6
⌀i ⌀ii|⌀a ⌀ai|
S α|
Regular
Individual (PEEK)
Gingiva formers
GFN0 GF0
⌀ 3.5
1
⌀ 4.0
NarrowBone build-up
GF1 GF2 GF3 GF4 GF5 GF6 GF7H 3.1 mm 3.8 mm 4.8 mm 5.8 mm 6.8 mm 7.8 mm 8.8 mm
implant level
⌀ 5
H
REF
implant level
H 3.8 mm 5.8 mm 7.8 mm
GFN2 GFN4 GFN6
H
REF
⌀ 4.0
GFIREF
⌀ 8
8.8
implant level
Transfers & implant analogs
TOS
7
implant level
REF
⌀ 4.0
TO
⌀ 4.0
TR (+TC cap)
⌀ 5.0
TRD
⌀ 4.5
SPCODigital
AN
⌀ 4.0
1215
10
13.5
Open tray Close tray
TCFree transfer cap with each transfer
TC
H
implant level
A1REF A2 A3 A4H 9.3 mm 10.3 mm 11.3 mm 12.3 mm
⌀ 2.1⌀ 3.5
⌀ 4.8
6°
2.8 3.4 5.4 6.4
Straight anatomical abutments
Abutments
Straight abutments for conometric prosthetic solutions
implant level
A1KREF A2K A3K A4K
⌀ 2.7⌀ 3.5
⌀ 4.8
6°
1.5 2.5 3.5 4.5
5
H
implant level
A1A25REF A2A25 A3A25 A4A25H 9.4 mm 10.4 mm 11.4 mm 12.4 mm
⌀ 2.2-3.2
⌀ 4.92.8
25° angulated anatomical abutments
5.44.43.4
25°
H
implant level
A1A15REF A2A15 A3A15 A4A15H 9.4 mm 10.4 mm 11.4 mm 12.4 mm
⌀ 2.1
⌀ 2.2-3.2
⌀ 4.82.8
15° angulated anatomical abutments
5.44.43.4
15°
⌀ 2.1
H
implant level
AT1REF AT2 AT3 AT4H 8.9 mm 10.4 mm 11.4 mm9.4 mm
⌀ 3
1.8
Transgingival abutments
5.54.53.5
How it worksPlace BP cap
on AT abutmentAdjust height
by cuttingUse wax for modelling
future crownFix crown toAT abutment
⌀ 2.1
⌀ 410° ⌀ 5.6
4
BP
BP — free burn out part with each transgingival abutment
B1REF B2 B3 B4H 4.3 mm 5.2 mm 6.2 mm 7.2 mm
B58.2 mm
H
implant level
⌀42.7
Attachments
6.85.84.83.8
Matrix housing
2010.701Titanium matrix housing
with PEEK insert
2010.702 2010.703Titanium matrix housing with attachment option
2010.722 Forming/fixing matrix
2010.725Mounting insert
2010.723 Processing spacer
2010.724Mounting collar
Model analog
2010.721REF
PEEK matrix housing with PEEK insert
REF
Retention inserts
2010.711 2010.712 2010.713 2010.714 2010.710 Extra-light
0.3 kg Light
0.75 kg Medium
1.2 kg Strong1.65 kg
Extra-strong2.1 kg
Ultra-strong2.55 kg
2010.715 REF
4
PCORREF PCO1 PCO2 PCO3H 1.5 mm 2.5 mm 3.5 mm
H⌀4
1.5 mm
⌀2.1
6
⌀2.94
implantlevel
PCO1s PCO2s PCO3s2.5 mm 3.5 mm1.5 mm
2
CAD-CAM platforms
M1REF M2 M3 M4H 3 mm 3.5 mm 4.5 mm 5.5 mm
Himplant
level
⌀4.5
Regular multi-unit abutment
Small multi-unit abutment
60°
M2.5
1.5
MS1REF MS2 MS3 MS4H 3 mm 3.5 mm 4.5 mm 5.5 mm
Himplant
level
⌀460°
M1.8
1.5
⌀4.5
Angulated multi-unit abutment
M1A15REF
H 3 mm
Himplant
level
60°
M2.5
M1A303 mm
M2A153.5 mm
M3A15
REF
H
4.5 mm
implant level
M3A30
M4A15
M4A30M2A303.5 mm 4.5 mm
5.5 mm
5.5 mm
M1A453 mm
REF
H
implant level
M3A45 M4A45M2A453.5 mm 4.5 mm 5.5 mm
15°
30°
45°
1.5
⌀4.5
H
60°
M2.51.5
⌀4.5
H
60°M2.5
1.5
One platform Multi-unit
multiunitlevel
L
α
1.5
⌀oi
⌀ 1.0
o - occlusal diameter (mm); i - intraosseous diameter (mm); a - apical diameter (mm); n - neck diameter;2α - total internal angle (°); s - intraosseous square area (mm ); i = internal.
Compressive M implants
⌀o
⌀1.5
⌀i
⌀n
60°
M2.5
⌀4.5
⌀1.5
2.7
⌀ 3.0⌀i 2.5n 2.05
6 mm 8 mm
s 62a 8
C3010m
10 mm
C3012ms 79a 6
12 mm
C3014ms 95a 5
14 mm
C3016ms 112a 4
16 mm
C3018ms 128a 4
18 mm
C3020ms 145a 3
20 mm
s 161a 3
C3008m
⌀ 3.5⌀i 2.8n 2.05
s 54a 15
C3506ms 72a 11
C3510m C3512ms 91a 9
C3514ms 109a 7
C3516ms 127a 6
C3518ms 146a 6
C3520ms 163a 5
s 182a 5
C3508m
⌀ 4.0⌀i 3.3n 2.55
s 63a 15
C4006ms 86a 11
C4010m C4012ms 108a 9
C4014ms 130a 7
C4016ms 152a 6
s 174a 6
C4008m
⌀ 5.0⌀i 4.3n 2.55
s 82a 15
C5006ms 111a 11
C5010m C5012ms 141a 9
C5014ms 170a 7
s 200a 6
C5008m
o - occlusal diameter (mm); i - intraosseous diameter (mm); a - apical diameter (mm); n - neck diameter;2α - total internal angle (°); s - intraosseous square area (mm ); i = internal.
Compressive MP implants
L
4°
1.5
⌀ 1.0
⌀o
⌀2.0
⌀i
⌀2.5
60°
M2.5
⌀4.5
2.7
⌀oi
⌀n
⌀ii
C3518mp C3520mp C3522mp C3524mp C3526mpC3516mp⌀ 3.5
16 mm
i 2.8i 1.7is 175
18 mm 20 mm 22 mm 24 mm 26 mm
i 2.7i 1.7is 175
i 2.5i 1.5is 198
i 2.6i 1.5is 220
i 2.6i 1.5is 248
i 2.6i 1.5is 297
⌀ 4.5i 3.9i 1.8is 256
i 3.7i 1.7is 293
i 3.6i 1.5is 332
i 3.4i 1.4is 369
i 3.3i 1.2is 402
i 3.3i 1.3is 443
C4518mp C4520mp C4522mp C4524mp C4526mpC4516mp
Transfers & analogue
TOM
ANM11
abutment level
M platformAnalogue
11
TRM (+TC cap) SPCOMOpen tray Close tray Scan-body
13
8.5
2.7
Platforms & abutments
PCOM
4.5
abutment level
9
AM ABMUTitanium base Straight
abutmentBurnout
abutment
ABMUAAngulated burnout
abutment
9 9
15°
Gingiva formers
GFM0
Habutment level
3 mm
GFM14 mm
GFM25 mm
GFM36 mm
GFM4
abutment level
7 mm
GFM58 mm
GFM69 mm
GFM710 mm
GFMN0
Habutment level
3 mm
GFMN25 mm
GFMN47 mm
GFMN69 mm
⌀5.2 Narrow
⌀5.6
L
α
1.2
⌀oi
⌀ 1.0
o - occlusal diameter (mm); i - intraosseous diameter (mm); a - apical diameter (mm); n - neck diameter;2α - total internal angle (°); s - intraosseous square area (mm ); i = internal.
Compressive MS implants
⌀o
⌀1.5
⌀i
⌀n
60°
M1.8
⌀4
⌀ii
2.5
⌀ 3.0⌀i 2.5⌀i 1.5in 2.05
6 mm 8 mm
s 63a 8
C3010ms
10 mm
C3012mss 79a 6
12 mm
C3014mss 95a 5
14 mm
C3016mss 112a 4
16 mm
s 128a 4
C3008ms
s 54a 15
C3506mss 72a 11
C3510ms C3512mss 91a 9
C3514mss 109a 7
C3516mss 127a 6
s 146a 5
C3508ms⌀ 3.5⌀i 2.8⌀i 1.8in 2.55
Transfers & analogue
TOMS
ANMS11
abutment level
MS platformAnalogue
11
TRMS (+TC cap) SPCOMSOpen tray Close tray Scan-body
13
8.5
2.5
Platforms & abutments
PCOMS
4.5
abutment level
9
AMS ABMUSTitanium base Straight
abutmentBurnout
abutment
ABMUSAAngulated burnout
abutment
9 9
15°
Gingiva formers
GFMS0
Habutment level
3 mm
GFMS14 mm
GFMS25 mm
GFMS36 mm
GFMS4
abutment level
7 mm
GFMS58 mm
GFMS69 mm
GFMS710 mm
GFMNS0
Habutment level
1 mm
GFMNS22 mm
GFMNS44 mm
GFMNS66 mm
⌀2.2
Narrow
⌀5.6
⌀4.6
1.5 ⌀3.8⌀4.6
⌀4
DС55xx6-14 mm
DС50xx6-14 mm
DС45xx6-20 mm
DС40xx6-20 mm
DС35xx6-20 mm
DС30xx6-20 mm
Rootform drills
Compressive drills
Pilot drills
Form drills
DB2020
D25xx
D2020
D28xx
D32xx
D36xx
D40xx
D43xx
D46xx
D50xx
D53xx
D55066 mm
2-16 mm
2-16 mm
2-16 mm
2-16 mm
2-16 mm
2-16 mm
2-16 mm
2-16 mm
2-16 mm
6-16 mm 2-16 mm
Screwdrivers 1.25 mm
SD SDL SDXL SDLB SDXLB
6
SDH SDHL SDHXL SDAO
For ratchet For handpiece For AO handle
Ball hex Ball hex
5.511 11
50 50
10 15
40
25
44
Screw removal
Parallel pin
Extension tool
ETH
ETAO
SR P2 ET
Insertion tools
implant level
IT ITL ITH ITHL ITAO
abutment level
ITES ITE ITEL ITEXL ITEHL ITEAOFor ratchet For handpiece For AO handle
ITEH
For ratchet For handpiece For AO handle
Internal platform
External platform
1.59
37
17 12
22
44
10
20
11
21
41
6
M platform
abutment level
ITM ITML ITMXL ITHEAOFor ratchet For AO
handle
21
41
61
carrierlevel
10.7
10
30
50 58
ITHE ITHEL ITHEXL
MS platform
abutment level
ITMS ITMSL ITMSXLFor ratchet
21
41
61
10
ITM0 ITM10
Universal instrument set TRS-S
Removal toolSR
Insertion toolsITE ITITEL ITL ITHE
Hex driversSDLSD
Pilot drills
Form drills
DB2020
D2516
D2020
D2816
D3216
D3616
D4016
D4316
D4616
D5016
D5316
D5506
Torque wrench TW50
Direction indicator DIR
Direct wrench DW
Upcoming events
27-30 November 2019Paris ADF
Stand 4L08
4-6 February 2020Dubai AEEDC
Stand 6F01
24-26 April 2020Singapore IDEM
Stand 6G21
Association Dentaire Francaise Exhibition
UAE International Dental Conference & Arab Dental Exhibition
International Dental Exhibition and Meeting
Regular courses
Bone growth over implant
by Henri Diederich DDS
May 11-13, London
by Dr. Dainius Karpavicius
January 24-25, Kaunas, Lithuania
by Dr. Mohamad El Moheb
January 24-25, Paris
Cortically Fixed @ Once
Conometric solutions
Start kits
20 dental implant partsincluding 3 implants
– TRY3 –119 parts including 22 implants
and instrument set
– ROOTT –46 dental implant partsincluding 10 implants
– TRY10 –
Try unique features at affordable price
2019.11
TRATE AGSeestrasse 588806 Bäch Switzerland
t +41 44 202 1919 f +41 44 202 [email protected]