8856 018 FG DIAMOND FINE - (Pack of 2)

The diamond cone round fine grit dental bur from Busch & Co. GmbH is a precision-engineered rotary instrument designed to meet the exacting demands of modern restorative and prosthodontic dentistry. Featuring a cone round shape with fine grit abrasive and identified by a red ring colour-coding, this bur delivers controlled, refined cutting performance across a range of clinical procedures.

Product Specifications

• Type: Diamond Bur
• Shape: Cone Round
• Grit: Fine
• Ring Colour: Red
• ISO Classification: 806 314 198 514 018
• Pack Contents: 2 burs

Clinical Applications

This diamond cone round fine grit dental bur is particularly suited for crown preparation, where precise marginal definition and smooth axial wall reduction are essential. The fine grit formulation allows the clinician to achieve a refined surface finish with minimal trauma to surrounding tooth structure, supporting better impression accuracy and restoration fit.

Whether used in the finishing stages of preparation or for detail refinement, the diamond cone round fine grit dental bur provides consistent cutting efficiency. Its geometry supports access to both anterior and posterior regions, making it a versatile addition to any clinical setup.

Quality and Origin

Manufactured in Germany by Busch & Co. GmbH, this instrument reflects decades of expertise in dental bur production. German engineering standards ensure reliable diamond bonding, dimensional consistency, and extended instrument longevity across repeated sterilisation cycles.

FAQ

What is the ISO classification for this bur? The ISO classification is 806 314 198 514 018.

How many burs are included per pack? Each pack contains 2 burs.

What procedure is this bur primarily used for? It is primarily indicated for crown preparation, benefiting from its fine grit and cone round geometry.

How is this diamond cone round fine grit dental bur identified? It is identified by a red ring, which denotes fine grit according to standard colour-coding conventions.