The number of tool changes is greatly reduced, and complex tooling is unnecessary for processing parts with intricate shapes. Modifying the part processing program is sufficient for changing the shape and size of the part, making it suitable for new product development and modifications.

The processing quality is stable, with high accuracy and repeatable results, meeting the stringent requirements of aircraft manufacturing.

In multi-variety and small batch production scenarios, CNC machining offers higher production efficiency, reducing production preparation time, machine tool adjustments, and process inspections. Additionally, optimized cutting parameters result in reduced machining time.

CNC machining can handle complex profiles that are challenging to process using conventional methods, and it can even process parts with intricate features that are difficult to observe.

CNC machining is a method that utilizes digital equipment and information to control the displacement of parts and tools, enabling efficient machining of variable rapid prototyping components, low-volume parts, complex-shaped parts, and high-precision CNC machined parts.

CNC machining centers are sophisticated mechanical and electrical systems. Once the workpiece is clamped, the CNC machining system can automatically select tools, set up equipment, and adjust parameters such as spindle speed and feed rate.

Rapid prototyping CNC machining enables continuous drilling and boring, significantly reducing additional processing time such as workpiece clamping, measurement, and machine tool adjustment.