$17.16

• FG diamond bur, 811 shape, coarse grit
• 037 size for defined cutting diameter
• Compatible with high-speed handpieces
• Efficient cutting for tooth structure removal
• Durable diamond abrasive coating
• Quantity: 10 per Pack

Quala Diamond 811-037, Coarse is used for cutting and preparing tooth structure during cavity preparation and restorative procedures, giving clinicians a diamond bur in the 811 shape with coarse grit and a 037 diameter suited to efficient tooth structure reduction during the initial stages of preparation. The coarse grit designation provides more aggressive cutting action than a medium or fine grit bur, making it appropriate for bulk tooth structure removal before finer instruments are used for refinement. Each pack contains 10 burs, featuring an FG shank for compatible high-speed handpieces.

Dental offices ordering diamond burs from their supplier can buy this 811-037 coarse configuration for the initial stages of cavity or crown preparation, where more substantial tooth structure removal is needed before transitioning to medium or fine grit burs for margin refinement and finishing. The bur works by mounting in a compatible high-speed handpiece via its FG shank, with the coarse diamond grit providing an aggressive cutting surface suited to efficiently removing tooth structure during the early stages of preparation. The 811 shape provides a specific working geometry recognized for its cutting profile during crown and bridge preparation procedures, while the 037 designation identifies the specific diameter of the bur's working head within that shape family. Diamond abrasive construction provides the cutting durability and sharpness needed for efficient tooth structure removal throughout the bur's working life, giving the clinician reliable cutting performance across multiple preparations before the bur needs to be replaced or discarded, depending on the practice's bur management protocol.

This 10-count pack gives practices a practical supply of coarse 811-037 diamond burs for efficient initial tooth structure reduction during crown, bridge, and other restorative preparation procedures.