M 433X 023 HP MIDIS CARBIDE - (Pack of 2)

The carbide cone round cutter midi from Busch & Co. GmbH is a precision rotary cutting instrument engineered for professionals who require consistent, controlled material removal across a range of technical disciplines. Classified under ISO 500 104 198 190 023, this medium double cut carbide bur is available in a convenient pack of 2, ensuring uninterrupted workflow continuity.

Product Specifications

• Type: Carbide Cutter
• Shape: Cone Round
• Cut: Medium Double Cut
• Size: Midi
• ISO Classification: 500 104 198 190 023
• Pack Quantity: 2
• Manufacturer: Busch & Co. GmbH
• Origin: Made in Germany

Applications

The cone round geometry and medium double cut configuration of this carbide cone round cutter midi make it effective for controlled contouring, shaping, and finishing tasks across multiple professional fields.

• Model Making — precise shaping of small-scale components
• Plastics Technology — efficient cutting and contouring of plastic materials
• Crown and Bridge Technology — detailed work on crown and bridge restorations
• Model Casting Technique — preparation and finishing within casting workflows

Why Choose This Cutter

As a genuine Busch & Co. instrument manufactured in Germany, this carbide cone round cutter midi upholds strict quality standards. The medium double cut pattern balances cutting speed with surface finish quality, making it a practical and reliable choice for dental technicians, laboratory professionals, and model-making specialists alike. Each pack contains two cutters to support demanding production environments without interruption.

FAQ

What ISO classification applies to this cutter? This instrument is classified under ISO 500 104 198 190 023.

How many cutters are included per pack? Each pack contains 2 individual carbide cone round cutter midi instruments.

Where is this product manufactured? This cutter is made in Germany by Busch & Co. GmbH.

What cutting pattern does this bur use? It features a medium double cut pattern, which balances efficient material removal with a refined surface finish.