8876 009 FG DIAMOND FINE - (Pack of 2)

The diamond torpedo fine grit dental bur from Busch & Co. GmbH is a precision rotary instrument engineered for reliable performance in crown preparation and other restorative dental procedures. Featuring a torpedo-shaped profile and fine grit diamond abrasive, identified by a red ring color code, this bur delivers controlled material removal with a refined surface finish.

Product Specifications

• Shape: Torpedo
• Grit: Fine (Red Ring)
• ISO Classification: 806 314 287 514 009
• Pack Contents: 2 burs per pack

Key Features

As a diamond torpedo fine grit dental bur, this instrument is designed to provide accurate cutting geometry and consistent abrasive performance across clinical applications. The torpedo form factor allows access to a variety of cavity and crown preparation sites, while the fine grit formulation minimises surface roughness and supports smoother finishing stages.

Applications

This diamond torpedo fine grit dental bur is well suited for:

• Crown Preparation

German Engineering

Manufactured in Germany by Busch & Co. GmbH, this instrument reflects a long-standing tradition of precision dental tool manufacturing. German-made dental instruments, burs, and diamonds are recognised for their dimensional consistency, material quality, and dependable clinical performance.

For practitioners seeking a dependable diamond torpedo fine grit dental bur that meets ISO standards and is backed by German craftsmanship, the 8876 009 FG offers a professional-grade solution available in a convenient two-pack format.

FAQ

What is the ISO classification for this bur? The ISO classification is 806 314 287 514 009.

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

What does the red ring indicate? The red ring colour code denotes a fine grit abrasive designation, in line with standard dental bur colour coding conventions.

What procedure is this bur designed for? It is indicated for crown preparation, among other restorative applications requiring fine diamond abrasion.