More and more companies are getting into the CAD/CAM game and the smart folks at Coltene are no exception. I'm impressed with what the Coltene R&D people are coming up with and now comes word that the company will be making CEREC blocks in the not too distant future. Read on for all the details...
COLTENE, a global manufacturer of dental consumables, becomes a new material partner for SIRONA’s leading CAD/CAM system CEREC. Under the brand name BRILLIANT Crios, the new "Reinforced Composite Blocs" for chairside manufactured permanent inlays, onlays, full anatomical crowns and veneers will be launched in Q1 2016. COLTENE is placing special emphasis on composite as a versatile, high-performance material suited to computer-assisted processing directly in the dental practice.
Jeffrey Slovin, CEO SIRONA: “COLTENE is globally recognized as an established and reliable supplier to the dental industry. We are happy to welcome COLTENE as an official material partner to our CEREC system at CEREC’s 30th anniversary. Expanding our range of materials expands the application of digital dentistry and that, of course, is a tremendous benefit to our CEREC customers.”
Symbiosis of two worlds
SIRONA and COLTENE are going to cooperate in order to further exploit the potentials of digital dentistry with modern composite materials.
BRILLIANT Crios - Reinforced Composite Blocs for Permanent Restorations
Starting 1st quarter of 2016, the new BRILLIANT Crios “Reinforced Composite Blocs” will be sold to the dental market. They combine all advantages of an innovative submicron hybrid composite material for the CEREC chairside manufacturing process to achieve a reliable, aesthetic and fast restoration without an additional burning process.
For CEREC users, the question arises: Why composite? And there are good reasons why. The innovative composite formulation for BRILLIANT Crios merges the best properties of MIRIS and the brand new BRILLIANT EverGlow* composite material. Thanks to the outstanding flexural strength and elasticity close to that of dentin, the restoration material is tougher and less brittle than ceramic. This clearly reduces the risk of chipping and cracking, both in manufacturing as well as in situ. It also has a shock-absorbing effect, ideal for implant restorations, which also has a positive influence on the patient's bite experience.