The basic principle of CNC machining is to control the movement of each axis of the machine tool through a computer program to achieve precise machining. The CNC system receives the program (usually G-code) written by the programmer and controls the tool path, feed rate, spindle speed, etc. of the machine tool to accomplish the desired machining task.

CNC machining is widely used in a variety of machining fields, especially in mold manufacturing, automotive parts, aerospace, etc. CNC machining is capable of producing high-precision parts and products. Its applications include CNC milling, CNC turning, CNC wire cutting, and so on.

High precision: CNC machining can ensure high machining precision and is suitable for producing parts with complex shapes.

High efficiency: high degree of automation, reducing manual operation and improving production efficiency.

Flexibility: suitable for mass production and single piece production, can quickly adjust the processing parameters.

High cost: CNC machine tools and programming costs are high, suitable for mass production or projects with high precision requirements.

High technical requirements: requires specialized programming and operating personnel with high training costs.High precision: CNC machining can ensure high machining precision and is suitable for producing parts with complex shapes.

High efficiency: high degree of automation, reducing manual operation and improving production efficiency.

Flexibility: suitable for mass production and single piece production, can quickly adjust the processing parameters.