The assembly and testing production 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. It integrates tower feeding, vibration feeding, piecewise feeding, tube feeding and other feeding technologies to ensure material supply. Visual guidance technology is used for positioning, and precise assembly is achieved through servo pressing system and automatic tightening control system. Assisted by 2D/3D visual inspection technology in the assembly process of products for incoming material defect detection, process quality detection and final inspection of finished products, to achieve automatic two-dimensional code laser marking and scanning code, spring, check valve, control coil and other automatic servo pressure installation, automatic oil assembly detection of sealing ring, electronic expansion valve, refrigerant valve, solenoid valve and other automatic tightening; Automatic assembly of drying device, heat exchange device, etc. 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.

The assembly and testing production 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. Integrated with tower feeding, AGV automatic feeding, vibration feeding, piecewise feeding, tube feeding and other feeding technologies to ensure the material supply and automatic production line of finished products. Visual guidance technology is used for positioning, and precise assembly is achieved through servo pressing system and automatic tightening control system. Assisted with 2D/3D visual inspection technology for automatic spot inspection, incoming material defect detection, assembly process quality inspection, final inspection of finished products, to ensure the quality of finished products. The whole line realizes automatic laser coding and scanning code of incoming materials; Water cooling manifold, electronic water valve, electronic water pump, water tank and other components are automatically tightened. 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.

The assembly and testing production line adopts advanced control technology and system architecture, and the whole line uses linear double layer conveyor line to complete the material flow between stations. Integrated pushing plate feeding, vibration feeding, feeding plate feeding technology to ensure material supply. The use of visual guidance technology for positioning, through the servo pressing system, servo turntable and servo shifting control system to achieve accurate assembly, assisted by 2D/3D visual detection technology in the assembly process of products for incoming material defect detection, process quality detection and final inspection of finished products, to achieve automatic two-dimensional code laser marking and scanning code, nut valve seat, shell and other automatic servo pressing. Nut seat, limit rod, rotor, shell, snap and other laser welding and automatic assembly, fixed pulse testing, gas-tight helium testing, EOL testing and other assembly quality testing. The data traceability system realizes the automatic storage of relevant production data, assembly data and testing data, 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.

The assembly testing production line adopts advanced control technology and system architecture, uses servo module to complete the material flow between stations, and realizes the automatic pressing of lower head and casing, automatic pressing of valve core and core iron, automatic pressing of valve seat and valve core, automatic pressing of upper head 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.

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. Integrated AGV feeding, vibration feeding and other feeding technology to ensure material supply. Visual guidance technology is used for positioning, and precise assembly is achieved through servo pressing system and automatic tightening control system. Assisted by 2D/3D visual inspection technology in the assembly process of products for incoming material defect detection, process quality detection and final inspection of finished products, to achieve automatic loading and unloading, servo riveting, sheet sorting, sheet installation, automatic assembly 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.

The assembly and testing production 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 production data. Realize the bottom cover welding, pump shaft and isolation sleeve pressure assembly, conduction test, spring installation, rotor impeller welding, rotor magnetization, automatic marking, pump cover lock attached, impeller cavity and motor cavity gas tight test, EOL test 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.

The assembly and testing production 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 production data. Integrated AGV automatic feeding, vibration feeding, piecemeal feeding and other feeding technology to ensure the material supply and automatic production line of finished products. Gear assembly, weighing, oiling and damage detection are realized. X ring automatic oiling assembly; PCB automatic pressing and height detection, upper cover plate and lower shell automatic laser welding, airtight testing, noise testing, EOL final inspection and other assembly testing processes. Assisted with 2D/3D visual inspection technology for automatic spot inspection, incoming material defect inspection, assembly process quality inspection, finished product final inspection. Ensure the quality of finished products. 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.

The assembly and testing production 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 adopts two-dimensional code combined with RFID radio frequency technology to track the production data. It integrates AGV automatic feeding, robot automatic feeding, vibration feeding and other feeding technologies to ensure the material supply and automatic off-line of finished products. It has realized the automatic pressing of soft irregular materials and the multi-angle kneading of robots, the oiling assembly of X-type sealing ring, the automatic assembly of special-shaped gasket, the air tightness test, the Angle search and assembly of the actuator of the control box, and the noise test of products in the quiet room. Assisted with 2D/3D visual inspection technology for automatic spot inspection, incoming material defect detection, assembly process quality inspection, final inspection of finished products, to ensure the quality of finished products. 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 testing production line adopts advanced control technology and system architecture, and uses SCARA robot and servo module to complete the material flow between stations. The assembly and inspection processes such as valve body oxide film detection, valve body flanging, pressing mouth ring and copper sheet, robot adjusting seat taking and placing material, adjusting seat visual inspection and tightening, upper transmission rod inspection and assembly, lower transmission rod inspection and assembly, height measurement, heat insulation plate inspection and assembly, and gas box head tightening are realized. 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.