Lithium Battery Cell Automatic Assembly Line 18650 Battery Cell Assembly Cylindrical Battery Lower Bracket Assembly Equipment – 3D Model Exported

18650 cylindrical battery automatic assembly line 1. Equipment description, 18650 battery cell automatic assembly line cylindrical battery lower bracket assembly This equipment is suitable for: 18650 battery cell, cylindrical mobile power battery, automobile power battery and other cylindrical battery assembly. This equipment is mainly an automatic assembly line for new energy power batteries: the complete set of drawings is more than 300 MB after decompression, and the bus has more than 1,000 parts. The equipment mainly automatically loads materials through the lower bracket. First, the lower bracket of the battery cells is placed manually. In the feeding conveyor belt, the manipulator grabs the lower bracket and enters the tooling plate of the double-speed chain. The speed of the double-speed chain is adjusted according to the production speed. The tooling of the double-speed chain can also be adapted to a variety of battery cells. The lower bracket is transported into the battery core through double-speed transportation. Installation station. After the batteries come out of the sorting machine, they are pasted with green paper. After pasting, CCS will check whether there are any that have not been pasted. This station is for cell detection and sorting of defective cells. Then the robot will pick up the cells with green paper and put them into good products. In the conveyor belt line, the battery core enters the feeding machine through the belt line. There is a feeding mechanism at the end of the conveyor belt. When the battery core enters the tail, two sets of cylinders push the battery core into the material of the vertical feeding machine respectively. In the belt, when the vertical loading machine is pulled up to the top, the cell pushing and distributing cylinders push the cells into the material tube and load 4 cells at a time. The material tube is a plastic corrugated tube, as shown in the picture The outlet of the corrugated pipe is not shown and is directly connected to the inlet of the 4-axis robot’s discharging jig. The insertion accuracy of the four-axis robot’s battery cells is 0.1MM. The robot is responsible for inserting the battery cells with the positive pole facing upward each time. 4. After inserting, enter the next position and insert the negative electrode of the battery. There are two such battery insertion machines and robots. The front one is for the positive electrode and the back is for the negative electrode. It can also be seen from the picture of the bus. When all the battery cells are inserted, they enter the polarity detector at the back. The CCD visual inspection machine is mainly used to detect whether there are incorrect insertions. After the detection is completed, it enters the unloading position. This is where all the battery cells have been inserted and tested. The unloading machine clamps the entire battery pack with a three-axis manipulator. There are two unloading conveyor belts, one for conveying good products, and the other for placing the bad products detected by CCD. After the good products are conveyed, they are collected manually behind the pull belt. The above It is the entire action flow and assembly process of the battery insertion line. Of course, if you want to know more about the detailed structural design, you need to download it and study it slowly. The drawings are complete. Friends who are in need or interested are welcome to download and study. 4. Main technical parameters: Category specification parameters Overall machine dimensions: 15350*1220*1700MM (L*W*H) Input voltage: AC—220V50Hz or AC—380V 50Hz https://3dmec.net/ Optional machine maximum Power: 0.9KW (at 220V) Input air source pressure: 0.4-0.6 Mpa Air consumption: 1.5 L/min Production efficiency (C/T): ≤1.0 S/four equipment utilization rate: ≥95% Processing method: Automatic Detection, automatic battery insertion, automatic discharging Programming method: Touch screen parameter modification