Non-standard future development direction

 

Non-standard parts processing refers to the parts processing in a country that does not set strict standard specifications and no parameters and is freely controlled by the enterprise. There are many types of non-standard parts. At present, there is no precise standard classification. They are mainly divided into metal non-standard parts and non-metal non-standard parts. aluminum part

 

(1) Metal non-standard parts: Manufacturers make corresponding products according to the drawings and equipment provided by customers. Customers specify the accuracy requirements, and there is no specific standard form. aluminum anodizing 

 

(2) Non-metallic non-standard parts: the price of non-metallic materials, such as plastic, wood, stone, etc. In recent years, the development of the injection molding industry and molds has become increasingly sophisticated.Usingf curved surface design and CNC programming has increased the cost and tolerance levels of non-standard machining. CNC milling part

 

The five-axis linkage machining center is an essential piece of equipment for machining. In recent years, significant improvements have been made in performance and functions. It is specially used for machining centers with complex curved surfaces. This machining center system significantly influences aviation, aerospace, military, scientific research, precision equipment, high-precision medical equipment, and other country industries. Therefore, it has been highly valued by the machining industry and has become an essential part of nanotechnology research in the 21st century.

 

China's research and application of CNC machine tools started late, and there is a significant technological gap compared with developed countries. With the rapid development of China's aerospace, automotive, military, medical equipment manufacturing, and other essential industries, strict analysis and calculation of its components are required, as well as the increase in demand for the design of machining centers. The quality of the bed and other supporting parts and critical components directly affects the stability and accuracy of the machining center.

 

Precision and ultra-precision machining are the top parts of modern machining technology, and they are also essential features in measuring the level of manufacturing power. Since the computer information revolution, mechanical processing and manufacturing technology have greatly improved. It is required to obtain huge size, shape, and position accuracy and extremely high surface quality. Strict market demands have led to the rapid development of ultra-precision machining technology, and various advanced processes and methods using cutting-edge technology have continued to emerge.

 

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