33 021 (US No. 703) HP FISS CONE CC 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 in dental and technical workflows. Classified under ISO standard 500 104 168 007 021, this cone flat carbide cutter delivers controlled, efficient material removal with the reliability expected from German manufacturing.

Product Overview

This instrument is offered as a Pack of 6 (Item No. 33 021 / US No. 703) and features a high-performance carbide construction in a cone flat geometry. The carbide cone flat cutter dental bur profile is well-suited to tasks requiring precise contouring, shaping, and finishing across a range of materials.

Applications

• Model Making – Ideal for detailed contouring and material shaping in model fabrication.
• Plastics Technology – Effective for cutting and finishing plastic components with accuracy.
• Crown and Bridge Technology – Supports precise preparation and adjustment work in crown and bridge procedures.
• Model Casting Technique – Suitable for use in model casting workflows where clean, controlled cutting is essential.

Key Features

• ISO Classification: 500 104 168 007 021
• Carbide construction for durability and consistent cutting performance
• Cone flat geometry for versatile access and contouring
• Pack of 6 for clinical and laboratory efficiency
• Made in Germany

As a carbide cone flat cutter dental bur, this instrument upholds the high standards associated with Busch & Co. GmbH, a manufacturer with a long-standing reputation for precision rotary instruments. The carbide cone flat cutter dental bur is a dependable choice for professionals who require consistent, repeatable results in technical and clinical settings.

FAQ

What is the ISO classification for this bur? This instrument is classified under ISO standard 500 104 168 007 021.

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

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