What are the precision parts processing technology

Precision parts machining refers to the processing of parts with high precision requirements to obtain the required size, shape and accuracy. Precision parts processing usually requires the use of high-precision equipment and technology to ensure the quality and accuracy of the parts.

The main processes of precision parts processing include:

1. Turning: Turning parts through lathes to obtain the desired shape and size.

2. Milling: Mill the parts through a milling machine to obtain the required shape and size.

3. Grinding: Grinding parts through a grinder to obtain high-precision surface quality.

4. Drilling: Drill the parts through the drilling machine to obtain the required hole diameter and depth.

5. Boring: Boring the parts through the boring machine to obtain high-precision hole diameter and depth.

6. Wire cutting: Wire cutting and processing of parts through wire cutting equipment to obtain complex shapes and sizes.

The main equipment for precision parts processing includes: lathes, milling machines, grinding machines, drilling machines, boring machines, wire cutting equipment, etc. When machining precision parts, strict control of processing processes and parameters is required to ensure the accuracy and quality of the parts.

The development trend of precision parts processing is to develop towards automation, intelligence and greenness. Automation can improve processing efficiency and accuracy, intelligence can realize automatic control and optimization of the processing process, and greening can reduce the environmental pollution and energy consumption of the processing process.