cad-cam - dynamic abutment solutions en · 2016-03-07 · milling guideline anatomic tooth design...

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Page 1: CAD-CAM - Dynamic Abutment Solutions EN · 2016-03-07 · Milling guideline Anatomic tooth design made in CAD and subsequent CAM work. Screw the Titanium Base over the implant. Then,

CAD-CAM

Page 2: CAD-CAM - Dynamic Abutment Solutions EN · 2016-03-07 · Milling guideline Anatomic tooth design made in CAD and subsequent CAM work. Screw the Titanium Base over the implant. Then,

2

*Approval of total quality system assurance by notified body, according

to Community legislation, for sterile and medical devices Class IIa.

NOTE

Page 3: CAD-CAM - Dynamic Abutment Solutions EN · 2016-03-07 · Milling guideline Anatomic tooth design made in CAD and subsequent CAM work. Screw the Titanium Base over the implant. Then,

3

INDEX

4 3.0 DYNAMIC SYSTEM SET FOR CAD-CAM

4 3.0 DYNAMIC TITANIUM BASES FOR CAD-CAM

5 WORKING GUIDELINE WITH CAD-CAM TITANIUM BASES

6 3.0 DYNAMIC TITANIUM BASES FOR CAD-CAM

8 3.0 DYNAMIC TITANIUM BASES AND SCANBODY

Page 4: CAD-CAM - Dynamic Abutment Solutions EN · 2016-03-07 · Milling guideline Anatomic tooth design made in CAD and subsequent CAM work. Screw the Titanium Base over the implant. Then,

4

3.0 DYNAMIC SYSTEM SET FOR CAD-CAM

Titanium Base for Cad-Cam structures made of Zirconium, metal and PMMA, to pro-vide solutions to the correction of implants bad-positioned for unitary and multiple prosthesis.

Specifications and advantages:-Correction of screw entry from 0° to 30°.-Improved system increasing the useful life of the screw, and avoiding screw head damage and breakage. -Screws are supplied well-identified with batch number and product code to allow the correct traceability and the registration of each screw in the patient record.-Different lengths of each metrics to facilitate the adaptation to your milled structures.-Download STL files from website: http://www.dynamicabutment.com/soluciones_cadcam

Compatibilities-More than 450 compatibilities and continuous developing.-Screw list available in the website.

The screw-screwdriver set of 3.0 Dynamic Abutment® system is used in those cases which are necessary to rectify the entry of the screw due to an unfavorable position of the implants, improving the functionality and aesthetics of the milled prosthesis.

3.0 DYNAMIC TITANIUM BASES FOR CAD-CAM

-Totally machined, with precision of ± 10 microns, for a perfect adjustment with the implant.-Double height with side cut that allows the angulation up to 30º.-Can be used both for angled or straight fixation using the screw and screwdriver of 3.0 Dynamic Abutment®.-Exterior retentions that improve the prosthesis grip. -The height of the Titanium base from the base is 4mm (except for Multi-Unit Regular Platform and Straumann internal octagon Regular Platform).-Freedom of lateral movement of the screwdriver up to 90°.-Scannable scanbody of PEEK that allows the correct positioning of the Dynamic Titanium base in the CAD working area.

Page 5: CAD-CAM - Dynamic Abutment Solutions EN · 2016-03-07 · Milling guideline Anatomic tooth design made in CAD and subsequent CAM work. Screw the Titanium Base over the implant. Then,

5

Scanbody file generated to work with CAD.

For the design of angled channel, the following files libraries are available. STL files for all compatibilities, and downloading packs:

Milling guideline

Anatomic tooth design made in CAD and subsequent CAM work.

Screw the Titanium Base over the implant. Then, fix the Scanbody which is adjusted to the Titanium Base thanks to its design avoiding its breakage.Example of elements order (fig. 1)

Example of final order of working set for Cad-Cam (fig.2)

WORKING GUIDELINE WITH CAD-CAM TITANIUM BASES

1 2

Then, proceed with Scanbody scanning and the position of Dynamic Titanium Base is precisely detected (fig.3)

3

4 5

Cementing process of Titanium Base (fig. 4)

Placing the structure manufactured in CAM over the Titanium Base (fig. 5)

Ask for coming Software

Page 6: CAD-CAM - Dynamic Abutment Solutions EN · 2016-03-07 · Milling guideline Anatomic tooth design made in CAD and subsequent CAM work. Screw the Titanium Base over the implant. Then,

6 *See pag. 2

DYN

AMIC

ABU

TMEN

T 3.

0® S

CREW

S

TPDHST 15 N·cm

TPDH25L67 25 N·cm

TPDH16L78 20 N·cm

TPDH14L52 15 N·cm

TPDH16 20 N·cm

TPDH16L73 20 N·cm

TPDH16L76 20 N·cm

TPDH14L39 15 N·cm

TPDH14 15 N·cm

TPDH16L6 20 N·cm

TPDH2L5 25 N·cm

TPDH2L51 25 N·cm

25 N·cmTPDH18

TPDH18L48 25 N·cm

TPDH18L75 25 N·cm

TPDH2 25 N·cm

TPDH17L71 25 N·cm

TPDH16L84 20 N·cm

TPDH18L65 25 N·cm

TPDH25 25 N·cm

TPDH2L67 25 N·cm

25 N·cmTPDH2L74

TPDH2L82 25 N·cm

TPDH2L90 25 N·cm

TPDH2L65 25 N·cm

TPDH2L6 25 N·cm

TPDH18L80 25 N·cm

DSPDCLH-18/24/32PD: 18/24/32 mm

TPDH2L75 25 N·cm

3.0 DYNAMIC ABUTMENT® SYSTEMFOR CAD-CAM MILLED STRUCTURES

ADITIONALINFORMATION

Page 7: CAD-CAM - Dynamic Abutment Solutions EN · 2016-03-07 · Milling guideline Anatomic tooth design made in CAD and subsequent CAM work. Screw the Titanium Base over the implant. Then,

7*See pag. 2

3.0 DYNAMIC ABUTMENT® SCREWS FOR CAD-CAMRE

FERE

NCE

MET

RIC

TORQ

UE

TOTA

L LE

NG

TH

THRE

AD L

ENG

TH

HEAD

DIA

MET

ER

A LE

NG

TH

B LE

NG

TH

C LE

NG

TH

SETT

LEM

ENT

ANG

LE

THRE

AD E

NTR

Y

CON

NEC

TIO

N

1,4 15 N·cm 3,9 1,8 2,4 2,1 - 1,8 straight - 45º chamfer

Hexalobular 1,70

1,4 15 N·cm 4 1,85 2,3 2 2,78 1,22 conical 30º 45º chamfer

1,4 15 N·cm 4,5 2,3 2,3 2,5 3,28 1,22 conical 30º 45º chamfer

1,4 15 N·cm 5,2 2,9 2,3 3,4 - 1,8 straight - 45º chamfer

1,6 20 N·cm 4,4 2,5 2,3 2,9 - 1,5 straight - Semi-sphere

1,6 20 N·cm 5,9 3 2,3 4,4 - 1,5 straight - Semi-sphere

1,6 20 N·cm 7,3 2,2 2,3 4,87 5,56 1,74 conical 35º 45º chamfer

1,6 20 N·cm 7,6 3,6 2,3 6,1 - 1,5 straight - Semi-sphere

1,6 20 N·cm 7,8 2 2,3 5,36 7,03 0,81 conical 15º 45º chamfer

1,6 20 N·cm 8,4 3,5 2,3 6,8 - 1,6 straight - Semi-sphere

N1-72 25 N·cm 7,1 2,6 2,3 5,56 5,65 1,45 conical 70º 45º chamfer

1,8 25 N·cm 4,4 2,75 2,3 3 - 1,4 straight - Semi-sphere

1,8 25 N·cm 4,8 2,8 2,3 3,22 3,65 1,15 conical 30º Semi-sphere

1,8 25 N·cm 6,5 2,8 2,3 5 - 1,5 straight - Semi-sphere

1,8 25 N·cm 7,5 3,3 2,3 6,1 - 1,4 straight - Semi-sphere

1,8 25 N·cm 8 4 2,3 6,5 - 1,5 straight - 45º chamfer

2 25 N·cm 4,7 3 2,3 3,3 - 1,4 straight - Semi-sphere

2 25 N·cm 5 2,8 2,3 3,39 3,6 1,4 conical 30º Semi-sphere

2 25 N·cm 5,1 3,1 2,3 3,6 - 1,5 straight - Semi-sphere

2 25 N·cm 6 2,7 2,3 4,5 - 1,5 straight - Semi-sphere

2 25 N·cm 6,5 2,7 2,3 5 - 1,5 straight - 45º chamfer

2 25 N·cm 6,7 2,3 2,59 3,65 5,68 1,02 conical 15º 45º chamfer

2 25 N·cm 7,4 3,3 2,3 6 - 1,4 straight - Semi-sphere

2 25 N·cm 7,5 2,75 2,3 5,93 6,18 1,32 conical 35º 45º chamfer

2 25 N·cm 8,2 4,7 2,4 6,7 - 1,5 straight - Semi-sphere

2 25 N·cm 9 4 2,3 7,5 - 1,5 straight - Semi-sphere

2,5 25 N·cm 5,4 3,8 2,85 4,1 - 1,3 straight - Semi-sphere

2,5 25 N·cm 6,7 4,6 2,85 5,1 - 1,6 straight - Semi-sphere

TPDH14L39

TPDH14

TPDHST

TPDH14L52

TPDH16

TPDH16L6

TPDH16L73

TPDH16L76

TPDH16L78

TPDH16L84

TPDH17L71

TPDH18

TPDH18L48

TPDH18L65

TDPH18L75

TPDH18L80

TPDH2

TPDH2L5

TPDH2L51

TPDH2L6

TPDH2L65

TPDH2L67

TPDH2L74

TPDH2L75

TPDH2L82

TPDH2L90

TPDH25

TPDH25L67

Page 8: CAD-CAM - Dynamic Abutment Solutions EN · 2016-03-07 · Milling guideline Anatomic tooth design made in CAD and subsequent CAM work. Screw the Titanium Base over the implant. Then,

8 *See pag. 2

3.0 DYNAMIC TITANIUM BASES TO ANGULATE IN CAD-CAM

COMPATIBLE NOBEL BIOCARE BRANEMARK

SYSTEM

COMPATIBLE NOBEL BIOCARE

MULTIUNIT

COMPATIBLE BTIINTERNAL

CONNECTION

NAR

ROW

PL

ATFO

RMRE

GUL

AR

PLAT

FORM

REG

ULAR

PL

ATFO

RMN

ARRO

W

PLAT

FORM

REG

ULAR

PL

ATFO

RMN

ARRO

W

PLAT

FORM

REG

ULAR

PL

ATFO

RM

TPDH16L6IND3UCS35/TiAIND3UCH35/TiA

TPDH14L39

TPDH18L75IND3RPLR35/TiAIND3RPLT35/TiA

TPDH18L65IND3BTIRRP/TiAIND3BTIHRP/TiA

TPDH2L90IND3RPLR43/TiAIND3RPLT43/TiA

TPDH2L6IND3UCS41/TiAIND3UCH41/TiA

IND3CO41/TiA

TPDH2L75IND3ACTRRP/TiAIND3ACTHRP/TiA

TPDH16L73IND3ACTRNP/TiAIND3ACTHNP/TiA

COMPATIBLE NOBEL BIOCARE BRANEMARK

SYSTEM

COMPATIBLE NOBEL BIOCARE

REPLACE

COMPATIBLE NOBEL BIOCARE

REPLACE

COMPATIBLE NOBEL BIOCARE

ACTIVE

COMPATIBLE NOBEL BIOCARE

ACTIVEREG

ULAR

PL

ATFO

RM

Narrow platform maximum angulation 25°Regular platform maximum angulation 30°

Page 9: CAD-CAM - Dynamic Abutment Solutions EN · 2016-03-07 · Milling guideline Anatomic tooth design made in CAD and subsequent CAM work. Screw the Titanium Base over the implant. Then,

9*See pag. 2

3.0 DYNAMIC TITANIUM BASESTO ANGULATE IN CAD-CAM

REGULAR/

WIDE

PLATFORM

REGULAR

PLATFORM

NARRO

W

PLATFORM

REGULAR

PLATFORM

REGULAR

PLATFORM

NARRO

W

PLATFORM

NARRO

W

PLATFORM

REGULAR

PLATFORM

COMPATIBLE DIO SM IND3DIORRP/TiAIND3DIOHRP/TiA

COMPATIBLE ZIMMER

SCREW-VENT IND3ZIMR35/TiAIND3ZIMH35/TiA

COMPATIBLE ZIMMER

SCREW-VENT IND3ZIMR45/TiAIND3ZIMH45/TiA

COMPATIBLE STRAUMANN

INTERN OCTAGON IND3OCR48/TiAIND3OCO48/TiA

COMPATIBLE STRAUMANNBONE LEVEL IND3BONRNP/TiAIND3BONHNP/TiA

COMPATIBLE STRAUMANNBONE LEVEL IND3BONRRP/TiAIND3BONHRP/TiA

COMPATIBLE ZIMMER

SCREW-VENTWITH FRICTION

IND3ZIOHNP/TiA

IND3ZIOHRP/TiA

Narrow platform maximum angulation 25° Regular platform maximum angulation 30°

COMPATIBLE ZIMMER

SCREW-VENTWITH FRICTION

TPDH2L74

TPDH17L71

TPDH17L71

TPDH2L67

TPDH16L78

TPDH16L78

TPDH17L71

TPDH17L71

Page 10: CAD-CAM - Dynamic Abutment Solutions EN · 2016-03-07 · Milling guideline Anatomic tooth design made in CAD and subsequent CAM work. Screw the Titanium Base over the implant. Then,

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SCANBODY SBIND3OCRP/PKSBIND3RP/PKSBIND3MURP/PKCompatible Nobel BiocareMulti-unit Regular

Rest of compatibilitesRegular

Compatible with StraumannInternal Regular Octogon

COMPATIBLE ASTRA AQUA TPDH16L76IND3ASTRRP/TiAIND3ASTHRP/TiA

REGU

LAR

PLAT

AFOR

M

SBIND3NP/PKRest of compatibilitesNarrow

Narrow platform maximum angulation 25°Regular platform maximum angulation 30°

3.0 DYNAMIC TITANIUM BASES AND SCAN BODYTO ANGULATE IN CAD-CAM

Page 11: CAD-CAM - Dynamic Abutment Solutions EN · 2016-03-07 · Milling guideline Anatomic tooth design made in CAD and subsequent CAM work. Screw the Titanium Base over the implant. Then,

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Each and every commercial trademark mentioned on this catalogue are fully registered by their respective companies, the appearing images are just to provide an orientations.Talladium reserves the rigth to modify this document without previous notice.Talladium is not responsible for the adequate execution of this products if the warning indications corresponding to every reference are not contemplated.

AV. BLONDEL, 54 3º25002 LLEIDA (SPAIN)

TEL. +34 973 289 [email protected]

Page 12: CAD-CAM - Dynamic Abutment Solutions EN · 2016-03-07 · Milling guideline Anatomic tooth design made in CAD and subsequent CAM work. Screw the Titanium Base over the implant. Then,

www.dynamicabutment.com

ENG

- e

ditio

n 20

14/1