What Is The Development Prospect Of CNC Precision Parts Processing

– High precision mechanical manufacturing technology is known as one of the ten key technologies in the 20th century. It is the key development direction in the 21st century and is highly valued by countries all over the world. Japan, South Korea, the United States and other developed countries have invested a lot of human, material and financial resources to independently develop high-precision mechanical parts and technologies. In Japan, high-precision processing equipment technology is in the leading position in the world, followed by the European Union, the United States and South Korea. 

– High precision parts manufacturing takes high-precision mechanical parts as processing objects. Under the condition of processing accuracy, a systematic and integrated theory and technology is used to feed, process, detect, process and other organic components and the structure of the workpiece, and the optimization is carried out according to the requirements, so as to complete the production of parts. Its purpose is to realize the concept of “small machine tool processing small parts”, which is different from the common manufacturing methods and technologies of mechanical parts. Processing will become the most effective processing method for high precision parts of non-silicon materials such as metal, ceramics, etc. It has high precision, low energy consumption, flexibility of production and excellent efficiency. Reducing the size of the whole manufacturing system and precision parts can not only save energy, but also save manufacturing space and resources, which is in line with the production mode of energy saving and environmental protection. It is one of the development directions of green manufacturing. 

– Compared with ordinary parts, precision parts processing and manufacturing have high technology content (design and production), excellent processing equipment, high added value and small batch differentiation characteristics. 

– With the development of aerospace, national defense industry, microelectronics industry, modern medicine and bioengineering technology, the demand for precision/ultra-precision mechanical parts (characteristic size from micron to millimeter) is becoming more and more urgent. Its specific, diversified, high-precision mechanical parts and micro devices and equipment, the functions used, the significant characteristics of material properties are the size of components, the surface quality of material structure, the high accuracy of shape, structure shape and reliability. 

– At present, the main precision machinery manufacturers exist in western developed countries and some developing countries and regions with higher economic development level, such as Singapore. Major customer groups also exist in these regions. 

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