Midwest Multi-Use Diamonds 811-037SC FG Barrel 5/Pk

• Measurement: Head diameter is 3.7mm
• Super Coarse grit for aggressive cutting
• Barrel shape (811) creates parallel tooth walls
• FG shank fits high-speed handpieces
• Quantity: 5 diamonds per package

The Dentsply Sirona Midwest Multi-Use Diamond Bur in the 811-037SC Barrel shape is a premium rotary instrument meticulously engineered for efficient and precise tooth reduction in demanding operative procedures, such as crown and bridge preparations. These Multi-Use diamonds are crafted with natural diamond powder, known for its superior hardness and cutting ability, which is layered across the working surface to ensure a long-lasting, durable, and highly concentric cutting instrument.

The 811 shape is characterized by its Barrel tip, which is ideal for creating the parallel walls and flat floors necessary for many fixed prosthodontic preparations. The specific 037 dimension indicates a head diameter of approximately 3.7mm, while the standard Friction Grip (FG) shank ensures secure and stable seating in high-speed dental handpieces. The "SC" designation on the 811-037SC bur signifies a Super Coarse grit, color-coded typically with a black band, which provides an aggressive cutting action for rapid removal of tooth structure, minimizing chair time and enhancing clinical efficiency during the initial bulk reduction phase.

This Multi-Use Diamond is designed for the high-volume dental practice that relies on consistent performance across multiple uses (following proper cleaning and sterilization protocols). The product is supplied in a package containing a quantity of five (5) diamonds, offering a convenient and practical supply for continued daily use. If you are searching for the best Dentsply Midwest Multi-Use Diamonds that offer both aggressive, super coarse cutting power and the anatomical barrel shape essential for creating precision walls in restorative preparations, then this 811-037SC FG Barrel 5/Pk is best for you because it delivers maximum cutting speed and optimal control for efficient and predictable tooth reduction.