TALONITE® CAD CAM Milling Burs are specifically engineered to meet the demands of today's digital milling processes for Zirconia. Chemical Vapor Deposition (CVD) Diamond Coating ensures increased bur life. In addition, the cutting efficiency, cutting speeds, and the workpiece quality are significantly improved.
For machining Lithium Di-Silicate glass and porcelain composites, RAC is proud to offer Krysite™ grinding burs with an advanced abrasive diamond grit in different grain sizes applied by a unique electroplating process. The adhesion of the diamond grit size plays a crucial role in avoiding micro-cracks and reducing the sensitivity to thermal problems. The plating process, which bonds the diamonds to the bur’s shank, is critical for performance. The uniformity of the diamond surface ensures the proper characterization to enhance the abrasion and failure resistance for long endurance run times. The result is: RAC’s Krysite™ diamond plated grinding tools provide the maximum tool life while producing accurate grinding results and at the best possible price-performance ratio.
Thorsite™ Milling tools have been developed with a new hybrid AlCrN based-coating that is ideal for milling Titanium and Cobalt-Chrome dental materials.
Thorsite™ millings tools are specially designed and processed to provide extended wear and high strength in high-speed machining applications of Titanium and Cobalt-Chrome materials.
Using state of the art coating processes, each tool is engineered with optimum coating adhesion, high thermal shock stability, and is optimal for highly stressed cutting edges.
Turn Key Zirconia Disc Production