8837 014 FG DIAMOND FINE - (Pack of 2)
The diamond cylinder flat fine grit dental bur from Busch & Co. GmbH is a precision rotary instrument engineered for consistent, controlled performance in restorative and prosthetic dental procedures. Designed with a cylinder flat geometry and fine grit diamond abrasive, this bur delivers smooth, accurate cutting action suited to demanding clinical environments.
Product Details
- Shape: Cylinder Flat
- Grit: Fine (Red Ring)
- Material: Diamond
- ISO Classification: 806 314 111 514 014
- Pack Size: Pack of 2
- Manufacturer: Busch & Co. GmbH
- Country of Manufacture: Made in Germany
Applications
The diamond cylinder flat fine grit dental bur is well suited to crown preparation procedures, where dimensional accuracy and a refined surface finish are essential. The fine grit formulation allows the clinician to refine margins and contours with minimal risk of over-reduction, making it a reliable choice for finishing stages of tooth preparation.
Why Choose This Bur?
Manufactured in Germany to exacting standards, this diamond cylinder flat fine grit dental bur reflects Busch & Co. GmbH's long-standing commitment to quality and precision. The red ring colour coding provides instant grit identification at the chairside, supporting efficient clinical workflow. Supplied in a pack of two, it offers practical value for busy dental practices.
Whether used in crown preparation or other restorative applications requiring precise material removal, the diamond cylinder flat fine grit dental bur is a dependable instrument that supports consistent clinical outcomes.
FAQ
What is the ISO classification for this bur? The ISO classification is 806 314 111 514 014.
How is the grit identified on this instrument? The fine grit is identified by a red ring on the shank, following standard colour-coding conventions.
How many burs are included in the pack? Each pack contains 2 burs.
What is the primary clinical application? This bur is indicated for crown preparation, offering controlled cutting and a smooth surface finish.

