8881 016 FG DIAMOND FINE - (Pack of 2)

The diamond cylinder fine grit dental bur from Busch & Co. GmbH is a precision-engineered rotary instrument designed for controlled, consistent cutting in restorative and prosthetic dental procedures. With its cylinder round geometry and fine grit diamond coating, this bur delivers smooth surface finishes and reliable clinical performance with every use.

Product Specifications

• Shape: Cylinder Round
• Grit: Fine (Red Ring)
• ISO Classification: 806 314 141 514 016
• Pack: 2 burs per pack

Key Features

The diamond cylinder fine grit dental bur features a red ring color coding, the universally recognized indicator for fine grit. This ensures clinicians can quickly identify the correct instrument chairside, reducing preparation time and minimizing the risk of error. The diamond abrasive particles are bonded uniformly across the working surface, providing consistent stock removal and a refined finish on tooth structure and restorative materials.

Manufactured in Germany, these burs meet the rigorous quality standards associated with German dental engineering. The ISO 806 314 141 514 016 classification makes integration into standardized instrument inventories straightforward.

Applications

This diamond cylinder fine grit dental bur is well suited for crown preparation, where precise marginal refinement and axial wall reduction are essential for achieving optimal prosthetic fit. The fine grit formulation makes it particularly effective for finishing and contouring during the later stages of preparation.

FAQ

What does the red ring indicate on this bur? The red ring is the ISO standard color code for fine grit, allowing for quick and accurate chairside identification.

How many burs are included in the pack? Each pack contains 2 individual burs.

What is the ISO classification for this bur? The ISO classification is 806 314 141 514 016, confirming the instrument's standardized geometry and grit specification.

Is this diamond cylinder fine grit dental bur suitable for crown preparation? Yes, it is specifically recommended for crown preparation applications, particularly for marginal and axial refinement.