inLab CAD/CAM Materials Implantology
Being able to chew comfortably and having a natural appearance – this is certainly the greatest wish of patients with dental prostheses. And for many years, this demand for functionally, esthetically perfect prostheses was met quite adequately with implant restorations. Besides keeping the bone structure, which is medically invaluable, the emotional and rather practical benefit to the patient resides in the convenience of these dental prostheses.
Easy production with inLab:
for more safety through guided surgery
for implant abutments in the structured CAD/CAM workflow
for the patient-specific design of emergence profiles
CEREC Guide Bloc + inCoris PMMA guide
The basis is the integrated implant planing system by Dentsply Sirona that works by superimposing optical impression data and a suggested prosthetic design on 3D X-ray data. The implant planning file is used for the construction of the drilling template in the CEREC or inLab CAD software for defining drilling direction and depth. Subsequently, the restoration is produced in-house using the inLab production unit.
- Convenient in-house production
- Individual characterization and milling from a bloc or disc
- Compatible with CEREC Guide Drill Keys by Dentsply Sirona CAD/CAM
With inCoris PMMA guide, you can create surgical guides with one or more guide channels directly in your laboratory - precisely with the inLab MC X5 production unit. For processing in the inLab MC XL, the CEREC Guide Bloc Maxi is available for templates with a maximum of one guide channel.
|inCoris PMMA guide disc||CEREC Guide Bloc maxi|
|Processing with inLab MC X5||Processing with inLab MC XL|
|REF. 65 51 324||REF. 64 47 093|
TiBase is the titanium base from Dentsply Sirona CAD/CAM. It is available for different implant systems and diameters and is provided in a set complete with an abutment screw. It facilitates an economical workflow for the in-house production of custom abutments:
For the in-house production of individual abutments, TiBase enables an economic workflow:
- Accurate digital acquisition of the implant position by the scanbody: extraorally on the model or intraorally
- Abutment design using inLab or CEREC software
- Fabricating the mesostructure (e.g., from inCoris ZI meso) or the abutment crowns from a meso block (e.g., from CEREC Zirconia meso)
- Adhesive connection of the TiBase with the sintered mesostructure or abutment crown
- Additional abutment screws available separately.
ScanPost for implant-supported restorations
Depending on the implant system, a matching Dentsply Sirona ScanPost (scan post and fixing screw) and the corresponding scanbody (gray for Omnicam or white for Bluecam)* is available. For the final restoration, a TiBase with the corresponding name extension must be used.
Scanbodies (for Dentsply Sirona TiBase and ScanPost)
|Connection||Scanbodies for Omnicam||Scanbodies for Bluecam|
|S||REF. 64 31 311||REF. 64 31 295|
|L||REF. 64 31 329||REF. 64 31 303|
InCoris ZI meso is zirconium oxide sintered ceramic for production of your individual abutment mesostructures. With the proven CAD/CAM production of individual zirconium oxide abutments with inLab, you can meet your patients' requirements for natural tooth-colored full ceramic restorations in your implant prosthesis. The special feature: a screw channel and an anti-rotation device have been integrated into these specially manufactured inCoris ZI meso zirconium oxide blanks. As a result, the abutment bonded to the prefabricated titanium base after sintering has a secure guide and a perfect fit to the implant.
The inLab software can adapt the emergence profile of inCoris ZI meso to the gingiva. An inLab MC XL production unit is required for this machining.
- Two sizes and colors
- After sintering: Bonding of the mesostructure with the titanium base (TiBase)
- Saves time compared to central production
|inCoris ZI meso||S||F0.5||62 31 802|
|inCoris ZI meso||S||F2||62 31 828|
|inCoris ZI meso||L||F0.5||62 31 810|
|inCoris ZI meso||L||F2||62 31 836|
Screw-retained bridges and bars on multi-unit abutments
The special scanbody is used exclusively for the precise scanning of multiple implants on a model with inEos X5 (inLab SW 15.0 or newer). Only multi-unit abutments by nt-trading (2-CONnect) and Medentika® (MedentiBASE) are supported.
|inPost for MedentiBASE N4010 (compatible with all series except series N for Straumann RN)||65 52 298|
|inPost for MedentiBASE N4010 (compatible with N4010 für Straumann RN)||65 61 091|
|inPost for 2-CONnect KS60 (compatible with series H, R, T, MIS)||65 59 483|
|inPost for 2-CONnect KS61 (compatible with series E, F, L, N, S, T)||65 51 639|
Order form for TiBase, Abutment Screw and ScanPost November 3, 2016, 638 kB
Order form - Discs for inLab MC X5 756 kB
CAD/CAM Materials brochure 1 MB
inLab CAD/CAM Materials
Function & Esthetics
An extensive range of materials is available for you to produce permanent prosthetic restorations: With blocks made from ceramic (feldspar and zirconium oxide) and a NPM sinter alloy (cobalt-chromium) you can satisfy an enormous range of wishes and requirements in terms of function and esthetics.