Microcopy - Neodiamond #0316 Coarse 25Pk

• Measurement: 1.6 mm diameter
• Coarse grit diamond cuts fast and precisely
• Perfect for crown prep and creating box forms
• The Inverted Cone shape, specified as size #0316
• Quantity: 25-pack, single-use diamond bur

The Microcopy Neodiamond Coarse diamond bur is a critical asset for dental practitioners prioritizing speed and precision in restorative procedures, particularly for crown and bridge preparations and quick material removal. If you are searching for the best Microcopy Neodiamond #0316 Coarse then its unique combination of coarse grit diamond particles and the Inverted Cone head shape is uniquely suited for creating sharp internal line angles, undercuts, and achieving deep-cutting efficiency, is best for you.

These single-patient-use diamond burs, supplied in a cost-effective 25-pack, ensure a consistently sharp, fresh instrument for every procedure, eliminating the risk of cross-contamination and the hassle of sterilization. This diamond bur utilizes the patented XactFit? shank technology, which adheres to the strictest tolerances for shank diameter, guaranteeing a perfect, non-vibrating fit in high-speed Friction Grip (FG) handpieces, thereby minimizing handpiece wear and maximizing operational precision. The Coarse grit of the diamond particles, identifiable by a colored band on the shank, allows for rapid material removal, significantly reducing chair time while maintaining a controlled and precise cut.

The Inverted Cone shape, specified as size #0316, is highly effective for preparing amalgam retention and for creating defined box forms in restorative dentistry. Research and product charts indicate that this bur typically has a diamond head working diameter of approximately 1.6 mm, providing ample surface area for rapid yet controlled tooth structure and old restoration removal. Dental distributors trust the quality of this tool to deliver superior cutting power and durability, making it an indispensable component for efficient and reliable preparation of the tooth structure.