The assembly line adopts advanced control technology and system architecture. The equipment adopts indexing disk structure and servo module structure to complete the material flow between stations. It has realized automatic feeding, laser marking, automatic screw punching, assembly gap detection, automatic oiling, performance detection, automatic PCB welding, gear visual detection, gear automatic oiling assembly, star ring automatic oiling assembly, robot loading and unloading, laser welding and capping, automatic air tight detection, automatic visual detection and other assembly processes. The production data, assembly data and testing data of the quality traceability system are automatically stored, and the production information of the system can be queried in real time. Improve the quality control ability of products, effectively ensure the stability of production capacity in the manufacturing process.

The assembly line adopts advanced control technology and system architecture. The whole line uses the loop speed doubling chain to complete the material flow between stations, and the whole process uses two-dimensional code combined with RFID radio frequency technology to trace the quality data. The assembly and testing processes such as automatic grease injection detection, automatic screw making, material error prevention detection, spring force detection, assembly height detection, power test and current collection, online EOL final detection test, robot handling and loading and unloading tray are realized. The production data, assembly data and detection data of the quality traceability system are automatically stored, and the production information of the system can be searched in real time. Improve the quality control ability of products, effectively ensure the stability of production capacity in the manufacturing process.

The assembly line adopts advanced control technology and system architecture, the whole line uses linear speed-doubling chain to complete the material flow between stations, and the whole process uses two-dimensional code combined with RFID radio frequency technology to trace production data. It has realized PCB automatic plug-in, automatic welding and AOI detection, automatic coating after welding, UV curing, thermal conductivity silicone grease coating, automatic assembly and lock attachment, FCT test and other assembly and inspection processes. Positioning is performed using visual guidance technology and precise assembly is achieved through an automatic tightening control system. The production data, assembly data and testing data of the quality traceability system are automatically stored, and the production information of the system can be queried in real time, which improves the quality control ability of products and effectively ensures the stability of production capacity in the production and manufacturing process.

This assembly line adopts advanced design concept and system architecture, adopts modular design and distribution mode of production, and can complete line change production by quickly changing tooling and switching procedures. The equipment realizes the three-in-one current sensor parameter calibration, performance testing, two-dimensional code marking and other assembly testing processes. The production data, assembly data and testing data of the quality traceability system are automatically stored, and the production information of the system can be queried in real time, which improves the quality control ability of products and effectively ensures the stability of production capacity in the production and manufacturing process.