The finished cylindrical battery trays are transported to the bottom of the industrial camera at the sorting workstation. and located, identified and detected by a visual system, and tracked and grasped by a robot. Different batteries are placed in corresponding workstations and output by a screw conveyor. They then enter the manual boxing stage, and the automated process is completed.

The pole pieces that have been powdered by the powder brushing machine are transported to the bottom of the industrial camera, positioned, identified, and detected by a visual defect detection mechanism, and the OK/NG instructions and position signals are transmitted to the robot. The robot tracks, grabs, and places the pole pieces at a fixed point at high speed based on the signals, thus achieving high-speed and high-precision lamination.

After the battery aluminum shell is discharged from the stamping machine, it is transported by the conveyor belt to the bottom of the industrial camera, located, identified and detected by the visual system, and tracked, grabbed and placed in a fixed position by a robot, and then flipped into the flower basket synchronously, completing the automated process.

Bulk solar cells are transported to the bottom of the industrial camera via a conveyor belt, where they are located, identified, and detected by a visual system. The OK/NG instructions and position signals are transmitted to the robot, which is then tracked, classified, and grasped by a robotic arm and placed in a designated basket.