881 012 FG DIAMOND - (Pack of 6)

The diamond cylinder dental bur medium grit from Busch & Co. GmbH is a precision-engineered rotary instrument designed for consistent, controlled performance in demanding clinical environments. Manufactured in Germany to exacting standards, this bur delivers reliable cutting efficiency and long-lasting durability across a wide range of restorative procedures.

Product Specifications

• Shape: Cylinder Round
• Abrasive: Diamond
• Grit: Medium
• ISO Classification: 806 314 141 524 012
• Pack Size: 6 pieces

Key Features

The diamond cylinder dental bur medium grit offers a uniform diamond coating across the entire working surface, ensuring even material removal with minimal chairside adjustment. The cylinder round form factor provides precise lateral cutting and a flat end profile suited for flat-floor preparations and well-defined margins.

Engineered to ISO standard 806 314 141 524 012, this instrument meets internationally recognised dimensional and performance criteria. The medium grit designation balances efficient stock removal with a smooth surface finish, making it suitable for both preparation and refinement stages.

Applications

The primary application of this diamond cylinder dental bur medium grit is Crown Preparation, where accurate axial wall definition and consistent depth of cut are essential for optimal restoration fit. Its geometry supports controlled preparation of full-coverage crowns across anterior and posterior teeth.

Made in Germany

All Busch instruments, including this diamond cylinder dental bur medium grit, are manufactured in Germany — a hallmark of quality craftsmanship, precise tolerances, and reliable clinical performance recognised by dental professionals worldwide.

FAQ

What is the ISO classification for this bur? This instrument is classified under ISO 806 314 141 524 012.

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

What procedures is this bur suited for? It is primarily recommended for crown preparation, offering precise axial wall definition and controlled depth of cut.