23 010 (US No. 170) HP FISS CONE CARBIDE - (Pack of 6)

The carbide cone flat cutter dental bur from Busch & Co. GmbH is a precision-engineered rotary instrument designed for demanding applications across dental and technical disciplines. Manufactured in Germany, this cutter delivers consistent, controlled material removal with the reliability that professionals expect from a premium carbide tool.

Product Details

This instrument is classified as a Carbide Cutter, Cone Flat, conforming to ISO Standard: 500 104 168 006 010. Sold as a Pack of 6 (US No. 170), it ensures you maintain a ready supply for continuous workflow without interruption. The carbide construction provides excellent hardness and wear resistance, making this carbide cone flat cutter dental bur suitable for precise shaping and contouring tasks.

Applications

• Model Making — Ideal for accurate material shaping in model fabrication workflows.
• Plastics Technology — Effective for cutting and contouring thermoplastic and resin-based materials.
• Crown and Bridge Technology — Supports precise preparation and finishing of prosthetic restorations.
• Model Casting Technique — Well-suited for work on cast model materials requiring controlled removal.

Whether in a dental laboratory or a technical production environment, the carbide cone flat cutter dental bur offers the versatility to handle a broad range of contouring and shaping tasks with professional-grade results.

German Engineering Quality

Every instrument in this range is made in Germany, reflecting Busch & Co. GmbH's long-standing commitment to precision manufacturing. The cone flat geometry of this carbide cone flat cutter dental bur ensures predictable cutting angles and surface finishes across compatible materials.

FAQ

What is the ISO classification for this bur? The ISO classification is 500 104 168 006 010.

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

What materials is this bur suitable for? It is suitable for use in model making, plastics technology, crown and bridge work, and model casting technique applications.