Machine vision can effectively obtain the actual edge of the pole piece and the diaphragm to obtain the distance between the positive electrode, the negative pole and the diaphragm, and then feed back to the PLC to correct the deviation and adjust the distance between the pole piece and the diaphragm.
The machine vision-based visual inspection of the alignment of lithium battery pole pieces can avoid the waste of finished product defects, detect and identify winding quality defects, adjust equipment through real-time output of defect information, and provide product quality.
Advantages of machine vision for lithium battery pole piece detection: The machine vision detection system can overcome the shortcomings of manual detection, make the detection results standard and quantifiable, and improve the automation of the entire production system.
