806 010 FG DIAMOND - (Pack of 6)

The diamond inverted cone dental bur medium grit from Busch & Co. GmbH is a precision rotary instrument engineered for demanding restorative and preparatory procedures in clinical dentistry. Manufactured in Germany, this bur reflects the high standards of craftsmanship and quality control that Busch has maintained across decades of dental instrument production.

Product Classification

This instrument conforms to the following ISO standard classification: ISO: 806 314 019 524 010. The designation confirms its inverted cone geometry, medium diamond grit, and FG (friction grip) shank type, making it compatible with standard high-speed handpieces used in modern dental operatories.

Key Features

• Shape: Inverted Cone — ideal for precise cavity access and defined internal angles
• Grit: Medium — provides an efficient balance between cutting speed and surface refinement
• Shank: FG (Friction Grip) for use with high-speed handpieces
• Pack Size: Supplied as a pack of 6
• Origin: Made in Germany

Clinical Applications

The diamond inverted cone dental bur medium grit is specifically suited for cavity and fissure preparation, where controlled material removal and accurate cavity geometry are critical to restorative success. The inverted cone profile allows clinicians to create flat cavity floors and well-defined internal line angles with confidence.

Cavity/Fissure Preparation

German Engineering

Every diamond inverted cone dental bur medium grit in this range is produced to exacting German manufacturing standards, ensuring consistent diamond particle distribution and reliable cutting performance across the full service life of the instrument.

FAQ

What handpiece is this bur compatible with? This bur features an FG (friction grip) shank, designed for use with standard high-speed dental handpieces.

How many burs are included in each pack? Each pack contains 6 individual burs.

What procedures is this bur recommended for? It is primarily recommended for cavity and fissure preparation where an inverted cone geometry and medium grit cutting action are required.