M 426FX 023 HP MIDIS CARBIDE - (Pack of 2)
The carbide cylinder round double cut midi cutter from Busch & Co. GmbH is a precision rotary tool engineered for demanding material removal and finishing tasks across a range of professional applications. Designed with a fine double cut geometry and a cylinder round form, this instrument delivers controlled, efficient cutting with minimal vibration and consistent surface results.
Product Details
- Type: Carbide Cutter, Cylinder Round
- Cut: Fine Double Cut
- Size: Midi
- Standard Classification: ISO 500 104 141 140 023
- Pack Quantity: 2
Applications
The carbide cylinder round double cut midi cutter is suited for a broad spectrum of professional disciplines where accuracy and surface quality are paramount:
- Model Making – Precise shaping and detailing of models
- Plastics Technology – Effective material removal and contouring in plastic workpieces
- Crown and Bridge Technology – Refined preparation and adjustment work in dental prosthetics
- Model Casting Technique – Accurate finishing of cast model components
Why Choose This Cutter
Manufactured in Germany to exacting standards, this carbide cylinder round double cut midi cutter reflects the quality and precision that Busch & Co. GmbH is known for worldwide. The fine double cut design allows for smooth stock removal with reduced chatter, making it well-suited for intricate and detail-oriented work. Whether used in a dental laboratory, industrial workshop, or model-making environment, this tool offers reliable and repeatable performance.
This listing includes a pack of 2 cutters, ensuring you have a ready replacement on hand for uninterrupted workflow.

FAQ
What ISO classification does this cutter follow? This cutter is classified under ISO 500 104 141 140 023.
How many cutters are included in this pack? Each order contains a pack of 2 carbide cylinder round double cut midi cutters.
What industries is this cutter designed for? It is suitable for model making, plastics technology, crown and bridge technology, and model casting technique.

