166A 021 HP BONE CUTTER CARBIDE - (Pack of 2)

The carbide bone cutter dental bur from Busch & Co. GmbH is a precision-engineered instrument built for demanding oral surgery applications, delivering controlled and efficient bone removal in challenging clinical environments. Featuring a cone-pointed tip geometry and an A-Cut design, this bur minimises procedural discomfort through its low-vibration performance, making it a reliable choice for osseous tissue procedures.

Product Overview

Classified under ISO standard 500 104 409 298 021, this carbide bone cutter dental bur ensures compatibility and consistency across a wide range of clinical settings. Constructed from high-grade carbide, it offers exceptional hardness and wear resistance, supporting repeated use without compromising cutting performance. Each purchase includes a convenient pack of 2 burs, providing continuity during multi-stage surgical procedures.

Key Features

• Material: Carbide
• Tip Geometry: Cone Pointed
• Cut Type: A-Cut
• Performance: Low Vibration
• ISO Classification: 500 104 409 298 021
• Pack Quantity: Pack of 2

Applications

The carbide bone cutter dental bur is ideally suited for oral surgery procedures requiring precise osseous tissue management. Its cone-pointed geometry enables accurate access and controlled depth during bone cutting, while the A-Cut design facilitates smooth, efficient material removal. The low-vibration characteristic reduces patient discomfort and helps the clinician maintain precise control throughout the procedure.

FAQ

What is the ISO classification for this bur? This bur is classified under ISO standard 500 104 409 298 021, ensuring standardised compatibility across clinical instruments and handpieces.

How many burs are included in each pack? Each pack contains 2 burs, offering practical redundancy for surgical workflows.

Why choose a carbide bone cutter dental bur over other materials? Carbide construction provides superior hardness and wear resistance compared to standard steel, making it well suited for repeated use in demanding osseous tissue procedures.