Precision Matching of Tool Material and Blade Angle Enhances Machining Performance

In the field of precision machining, the material and blade angle design of cutting tools directly impact production efficiency. Scientifically selecting tungsten carbide tools tailored to specific materials and optimizing blade angles can significantly improve machining outcomes across multiple industries.

The performance of different tool series is determined by their material properties. When processing corrugated paper, chemical fibers, plastics, and leather, FK30 series demonstrates excellent performance. For composite materials, FD20 series shows outstanding adaptability. FY218 series is widely applicable to corrugated paper, cardboard, leather, and composite materials. Selecting the appropriate tool series can substantially extend product lifespan. 

Blade angle design must align with material hardness. Small angles are suitable for soft materials to maintain sharpness, while large angles are preferred for hard materials to enhance edge strength. This "soft-hard differentiation" approach effectively minimizes chipping and ensures consistent machining quality.

By precisely matching tool series with material properties and applying scientific angle design, enterprises can reduce machining losses such as chipping, improve production efficiency, and lower overall costs. This methodology provides new momentum for high-quality development in manufacturing.