23R 018 HP FISS CONE RD CARBIDE - (Pack of 6)

The carbide cone round cutter bur from Busch & Co. GmbH is a precision-engineered rotary cutting instrument designed for demanding applications across multiple industries. Manufactured in Germany, this tool delivers consistent, reliable performance wherever controlled material removal is required.

Product Details

This instrument is classified under ISO: 500 104 194 006 018, ensuring standardized compatibility across compatible rotary handpieces. Supplied as a Pack of 6, it provides excellent value for professional workshops and clinical environments that rely on frequent, consistent use of a high-quality carbide cone round cutter bur.

Applications

• Model Making — Ideal for precise shaping and detailing of models requiring fine material removal.
• Plastics Technology — Suitable for cutting, trimming, and finishing a range of plastic materials with accuracy.
• Crown and Bridge Technology — Supports exacting standards required in dental crown and bridge fabrication workflows.
• Model Casting Technique — Effective for preparation and finishing tasks within model casting procedures.

Why Choose This Carbide Cutter

As a carbide cone round cutter bur, this instrument benefits from the inherent hardness and wear resistance of carbide construction, enabling cleaner cuts and extended tool life compared to standard steel alternatives. The cone round geometry provides versatile access to contoured surfaces and recessed areas, making it a go-to choice for detail-oriented professionals.

Proudly Made in Germany, Busch & Co. GmbH instruments are held to rigorous quality standards, ensuring each carbide cone round cutter bur delivers the precision and durability that professionals expect.

FAQ

What is the ISO classification for this bur? This instrument is classified as ISO: 500 104 194 006 018.

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

What industries is this bur suited for? It is suited for model making, plastics technology, crown and bridge technology, and model casting technique.