425X 060 L HP CUTTER X-CUT CARBID - (Pack of 1)

The carbide flame cutter medium double cut from Busch & Co. GmbH is a precision rotary cutting tool engineered for demanding applications across dental, technical, and industrial fields. Designed with a flame geometry and medium double cut configuration, this cutter delivers controlled, efficient material removal with a refined surface finish.

Product Details

This carbide flame cutter medium double cut is supplied as a single unit (Pack of 1) and is classified under the ISO standard: 500 104 274 192 060. The carbide construction ensures long-lasting cutting performance and resistance to wear, making it a reliable choice for professionals who demand consistency and accuracy in their work.

Applications

• Model Making — Ideal for shaping and detailing scale models with precision.
• Plastics Technology — Suited for trimming, contouring, and finishing plastic materials.
• Crown and Bridge Technology — Provides controlled cutting for dental crown and bridge fabrication workflows.
• Model Casting Technique — Supports accurate material removal in model casting applications.

Why Choose This Cutter?

As a carbide flame cutter medium double cut, this tool offers a balanced cutting action that reduces vibration and heat build-up during use. The double cut flute pattern allows for smooth operation in both forward and lateral directions, making it versatile across a range of materials. Manufactured in Germany, it reflects the quality standards Busch & Co. GmbH is known for in precision tooling.

FAQ

What does medium double cut mean? A medium double cut refers to a cross-hatched flute pattern that removes material at a moderate rate while producing a smoother finish than a single cut.

What shank type does this cutter fit? This HP (Handpiece) cutter is designed for use with standard straight handpiece connections common in dental and technical applications.

Is this cutter suitable for use on metals? Carbide cutters of this type are generally effective on non-ferrous metals, plastics, and dental materials; always verify compatibility with your specific material before use.