Why Choose CNC Machining

Application Scope of CNC machining

CNC machining are widely used in the processing of various materials, including metal, aluminum extrusion, plastic, wood, etc. Suitable for manufacturing various precision parts and aluminum profile products.

Advantages of CNC maching:

Stable processing quality:

Due to computer control, the processing quality is highly consistent.

High precision:

Able to achieve high-precision processing requirements.

High efficiency:

Automated operation greatly improves production efficiency.

Complex shape processing:

Suitable for processing parts with complex shapes.

Specific application examples of CNC machining

CNC lathe processing:

Suitable for the processing of shaft parts, such as automotive parts.

CNC milling machine processing:

Suitable for the processing of plane and three-dimensional parts, such as mold manufacturing.

CNC machining center:

Integrates the functions of lathes and milling machines, suitable for one-time clamping and multi-process processing of complex parts.

Differences between CNC machining and other processing methods

Compared with traditional mechanical machining: Traditional mechanical machining relies on manual operation and measurement, while CNC machining is fully automated, reducing human errors and improving precision and efficiency.

Compared with other automated processing methods: Although they are all automated processing, CNC processing focuses more on precision control and complex shape processing capabilities.

In summary, CNC machining processing occupies an important position in modern manufacturing with its high precision, high efficiency and ability to adapt to complex shape processing, and is widely used in various industrial fields such as extruded aluminium. ‌