Utilizing European tungsten steel rod material and exclusive geometric angle design, the knives undergo a mirror surface treatment to prevent adhesion to the materials being cut, thereby extending the overall lifespan by more than twice.

Designed with the latest blade design and coating technology, it aids various processing systems in aerospace, composite materials, high-efficiency seismic resistance, and helical machining, meeting the increasingly diverse processing needs.

SeriesSpecially designed for processing workpieces below HRC60, suitable for processing highly tough metal workpieces. Equipped with nanotechnology coating for heat and wear resistance, it delivers high performance, long lifespan, and is suitable for rough and precision machining, specifically designed for ultra-high speed and high-efficiency applications.

Designed for processing workpieces below HRC55, suitable for steel machining. With a nanocoating, it effectively enhances the tool's lifespan, making it suitable for various machining operations.

Designed for processing workpieces below HRC50, suitable for non-ferrous metal processing, aluminum alloy processing, copper alloy processing, and plastic alloy processing. The safest choice for aluminum alloy processing.

Designed for processing workpieces below HRC65, compared to rough and precision milling cutters, high-speed high-hardness milling cutters produce a finer surface finish on the workpiece. Using European rod material and nanocoating significantly improves processing efficiency, making it the best choice for high-hardness machining.

Suitable for special tools used in shaping, with various patterns such as dove-tail grooves, T-shaped cutters, chamfer cutters, external circular grooves, external corner R cutters, and hinge cutters. It satisfies various special shaping needs.

Designed for processing workpieces below HRC60, milling tooth cutters have higher cutting performance compared to thread taps. With nanotechnology coating, it enhances tool lifespan, providing high-performance options with a complete range of specifications and a high market share.

Designed for the needs of turning and milling compound automatic lathes, also suitable for general lathe machining and high-speed machining. Used for metal processing with high precision, high wear resistance, improved production efficiency, and reduced tool change requirements.

Utilizing exquisite Taiwanese technology with blade material made from imported tungsten steel, the base is made of alloy steel. Welded blade tools are suitable for large tools or shaping tools, significantly reducing processing costs for users.

Compared to overall hard alloy tools, it economically welds tungsten steel heads to various metal tool bodies, significantly reducing processing costs for users.

Using nanotechnology coating with low friction coefficient, not easily sticking to chips, heat and wear-resistant, enhancing tool lifespan, providing high performance, and achieving long lifespan. Precision tolerances and the most suitable coating make it the most reliable choice for drilling various materials.

High hardness, impact resistance, wear resistance, with a higher cutting speed, achieving higher cutting precision. The most suitable saw blade substrate meets various saw blade processing needs.