In today's booming manufacturing industry, precision parts processing technology is becoming a key force to promote progress in various fields, showing an impressive development trend.
Precision improvement is the core highlight, aerospace, medical and other high-end fields are demanding, ultra-precision machining towards nano, atomic-level precision, such as aero engine blades, semiconductor chip structure manufacturing, precision can be called the extreme. In terms of efficiency, high-speed cutting and grinding technology are popularized, automation and intelligence are deeply integrated, and the intelligent processing system monitors and optimizes parameters in real time, resulting in a double harvest of processing efficiency and quality.
New materials and processing technology work closely together, new materials give birth to better performance parts, processing technology synchronous innovation, special processing to overcome ceramics, composite materials and other processing problems, broaden the boundaries of material selection. Under the wave of environmental protection, the green concept has taken root, and processes such as dry cutting and low-temperature cooling have appeared to save energy, reduce emissions, and reduce pollution.
However, the challenges cannot be ignored, high-end equipment and core technologies are mostly monopolized by developed countries, there is a gap in domestic high-precision machining, key components rely on imports, and talent shortcomings also hinder development. Fortunately, with the frequent favorable policies and the heating up of industry-university-research cooperation, China's precision parts processing is catching up, and in the future, with the power of the integration of new technologies such as 5G and AI, it is expected to overtake in corners and inject majestic power into the manufacturing industry.
