In this case, a high-speed flexible gripping unit combined with a vibrating disk and a self-developed mechanical arm is used, and intelligent AI detection equipment and system are used to accurately distinguish qualified products from defective products. Intelligent sorting unit classifies them according to the detection results, and analyzes the production status according to the statistical results.

In this case, a self-developed flexible transmission unit and a composite detection unit are used to accurately measure the parameters of parts in multiple directions, the intelligent sorting unit classifies products according to the detection results, and the production status is monitored in real time in the background of the Internet of Things.

In this case, a variety of assembly processes are designed, so a flexible assembly unit is formed by multi-machine linkage, and high-precision visual AI is used to detect equipment, monitor assembly situation, close-loop tracking of parts information, and real-time visual remote monitoring of production status.

In this case, the intelligent visual guidance system is used to pick up the contaminated parts with liquid foreign bodies such as oil and water, and the detection unit intelligently filters the influence of impurities, and intelligent sorting is completed after accurate detection.