Cutting blade thickness: Thicker cutting blades are more stable at high-speed cutting and are suitable for rough processing; thinner cutting blades are more suitable for fine processing, but require higher operating skills
Cutting blade angle: Smaller angles are suitable for fine processing and high-precision tasks; larger angles are suitable for rough processing and efficient production
Cutting blade length: Longer cutting blades are suitable for cutting thick materials and can provide greater cutting force; shorter cutting blades are more suitable for fast cutting of thin materials
Rake angle radius: Larger rake angle radius can improve wear resistance and is suitable for long-term continuous operation; smaller rake angle radius is more suitable for short-term high-intensity operation
The impact of different materials on parameters
Carbide: Suitable for cutting harder metal materials, with higher hardness and wear resistance, suitable for high-intensity processing
