As the foundation of the automotive industry, automotive components are necessary factors to support the sustainable and healthy development of the automotive industry. Especially in the current booming and vigorous development and innovation of the automotive industry, a strong component system is needed as support. The automotive parts industry creates about 80% of value, and in addition to producing components, it also undertakes a lot of research and development work.  

We provide comprehensive solutions for automotive manufacturers and component suppliers worldwide, with powerful solutions aimed at helping manufacturers change productivity, product quality, and worker safety.

With the development of science and technology, the 3C industry (computer, communication, and consumer electronics) has become one of the most important industries today. Emerging consumer electronics products represented by mobile phones, tablets, wearable devices, etc. are growing rapidly.

The application of 5G is an important transformation in the smartphone industry. 5G smartphones have higher requirements for chip processing capabilities, battery technology, heat dissipation, and more. Testing and assembly equipment needs to be upgraded or replaced. The 3C automation equipment industry has good development prospects.

With the continuous expansion of mold applications, higher requirements have been put forward for mold manufacturing, which has made the development speed of the mold industry faster than that of other manufacturing industries a universal law.

Meanwhile, with the increasingly evident trend of economic globalization, the mold manufacturing industry is gradually shifting to China, and the prospects of the international mold market are bright.

Liquid cooled plate processing is a core manufacturing process for thermal management covering multiple scenarios such as AI computing power servers and new energy vehicle power batteries. Currently, the industry is continuously iterating technical solutions around high heat dissipation efficiency and high mass production yield.

The processing of drone accessories is the core precision manufacturing process that supports the upgrading of the low altitude economy industry. Currently, the industry is rapidly iterating towards high precision, lightweight, and high strength, adapting to the strict usage requirements of drones in different scenarios such as logistics, inspection, and aerial photography.

The processing of humanoid robot parts is the core precision manufacturing process that supports humanoid robots from the laboratory to large-scale landing. The core revolves around four categories of core components: motion execution, intelligent perception, structural support, and control, solving key technical bottlenecks such as micrometer level precision control, special material adaptation, and complex process collaboration, directly determining the motion accuracy, load capacity, and service life of the entire machine.