In what fields can precision machining be applied?

In China's precision machining, precision machining is used in what field? Precision machining accuracy is high, processing cost is also high, the key application in national defense security, medical equipment, aerospace, electronic devices manufacturing medium level of civilian defense. With the promotion and upgrading of the industrial layout in China's continuous development trend, the demand for mechanical parts processing is also constantly improving. Therefore, suffered from the country's very attention; Therefore, the country has paid a large amount of human resources, material resources and funds in this field to cultivate talents for the processing of precision machinery parts in the development trend of our country.

Precision machining is the machining precision of 1 micron mechanical equipment processing, precision machining is in a special harsh natural environment, specific technological procedures, the application of precision machine tools and high precision measuring instruments and meters to complete. In recent years, most of the vehicles, mold shell parts, metal materials processing to choose CNC lathe as the core of the manufacturing shape, carry out hole processing, but also most of the processing core, CNC electrical machining CNC lathe and other machine equipment, fast, high precision milling processing has been pushed on the agenda. No matter which field of hole processing, the completion of high precision and high speed is the main competitive strategy to obtain customer order information.

Precision machinery manufacturing includes processing manufacturing, professional equipment manufacturing, vehicle manufacturing, railway, ships, aerospace and other road transport machinery and equipment manufacturing, hydraulic pneumatic and equipment manufacturing, electronic computers, communications and other electronic products manufacturing, instrument and equipment manufacturing. Precision machining technology has become the basic technology in the field of new science and technology at this stage, improving the accuracy of ultra-high precision machining has become an urgent problem at this stage.