High Precision

CNC machining allows for very high machining precision. CNC systems are able to precisely control the movement of the machine tool, and machining accuracy can reach the micron level. For example, in the aerospace industry, some high-precision parts require strict control of dimensional and shape accuracy, and CNC machining can meet these requirements.

High efficiency

As CNC machines can automatically carry out machining according to the programme, it reduces the time and error of manual operation. At the same time, machining centres and other equipment can also achieve multi-process automated processing, greatly improving productivity. For example, a complex part may require multiple workers and multiple pieces of equipment to complete in traditional machining methods, whereas CNC machining centres can automate most of the processes at a single station.

Ability to process complex shapes

CNC machining can process complex shapes and contours. Through programming, CNC machine tools can achieve multi-axis linkage control and process complex curved surfaces, shaped parts, etc. that are difficult to achieve with traditional machining methods. For example, in automobile manufacturing, some complex curved covering parts of the body can be manufactured by CNC machining.

Good consistency

The same batch of parts in the CNC machining process, due to the consistency of the CNC programme and machine parameters, the size and shape of the machined parts are very good consistency. This is very important for mass-produced products to ensure consistent product quality.