Non-Standard Carbide Cutting Tools

Non-standard carbide cutting tools are manufactured according to customer drawings or CAD models, ensuring a perfect match to each machining task. Whether for high-volume production or one-off precision parts, custom carbide tools provide enhanced performance, reliability, and value.

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monfils.chen@mtwkj.com

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Non-standard carbide cutting tools are precision-engineered tools made from tungsten carbide, customized to meet specific machining requirements that cannot be addressed with standard tool geometries. These tools are designed with complex profiles, special angles, or customized cutting edges to perform specialized operations such as contour machining, grooving, slotting, or forming in high-precision manufacturing.

Due to the superior hardness, heat resistance, and wear resistance of tungsten carbide, these custom tools deliver outstanding performance in demanding applications across aerospace, automotive, mold & die, and medical device industries.

Key Features:
- Material: Ultra-fine or submicron grain tungsten carbide grades
- Custom geometries: Profiled, stepped, tapered, or multi-functional cutting edges
- High wear resistance and long service life
- Excellent performance in high-speed and dry cutting environments
- Precision grinding and coating options (TiN, TiAlN, DLC, etc.) available
- Support for low-volume and prototype production
Applications:
- Forming and contour milling
- Precision groove or slot machining
- Micro-machining and fine feature cutting
- Non-ferrous metal and hardened steel processing
- High-performance cutting in composite materials
Benefits:
- Tailor-made to match specific component shapes or production needs
- Improved cutting efficiency and part accuracy
- Reduced tool changes and downtime
- Compatible with CNC, Swiss-type, and high-speed machines