As the core execution technology of non-standard equipment in this industry, it focuses on solving the precision problem of micro component assembly. Common applications include:

As the 'skeleton' of the device, it is the foundation for achieving customized processes. We need to design exclusive mechanical structures (such as non-standard fixtures, conveying mechanisms, and actuating components) based on customer production needs, product characteristics, and site limitations. At the same time, we need to combine precision machining technology to ensure the accuracy and stability of mechanical components, and adapt to multiple varieties, small batch production, and complex processes (such as aerospace special-shaped parts processing, power battery precision assembly).

Any automation equipment consists of three parts: actuators, sensors, and controllers. When automated equipment suddenly fails to work or there is a malfunction in the work sequence, fault diagnosis must be carried out.
1. Check all power, air, and hydraulic sources of automation equipment

Equipment fault handling:
Proficient in identifying fault types: Equipment operators should be able to proficiently identify equipment fault types and take corresponding actions