Carbide cutting tools are designed for processing metals with high hardness and are typically made from high-speed steel, hard alloys, ceramics, or PCD (Polycrystalline Cubic Boron Nitride). Known for their high precision, wear resistance, and long service life, carbide cutting tools are commonly used in high-precision machining applications.

The processing of blade particles typically involves the following steps:

Raw Material Processing: Preliminarily process and shape raw materials (high-speed steel, hard alloys, ceramics, etc.) to form precursors for cutting particles.

2. Heat Treatment: Preforms are heated and cooled to achieve a balanced state of hardness and toughness.

3. Precision Grinding: Utilizing high-precision grinding equipment to perform precise grinding on heat-treated blade precursor, achieving the specified dimensions and shapes.

4. Coating Treatment: Apply a hard coating to the blade particles' surface to enhance their wear resistance and lifespan.