Semiconductor chips are transported to the bottom of the industrial camera via a conveyor belt. The visual system locates, identifies, and detects the incoming materials, and the robot tracks and grabs them at a fixed point and places them in the silo. The automated process is completed.

The incoming materials are transported to the bottom of the industrial camera via a conveyor belt. The sensor identifies and detects the incoming materials and provides OK/NG instructions and fixed positions to the robot. The robot then tracks at high speed, grabs the OK materials and places them in the designated position, and removes the unqualified materials to a fixed position. The automated process is completed.

Mobile phone panels are transported to the bottom of the industrial camera. The visual system locates, identifies and detects the incoming material, and the robot tracks and grabs it at a fixed point, rotates it 90 degrees, and then inserts it into the cleaning basket. The automated process is completed.

The heating components of the induction cooker are transported to the bottom of the industrial camera. The visual system locates, identifies, and detects the incoming materials, and the robot tracks, grabs, and places them in a fixed position, achieving high-precision bonding between the heating components and the appliance base plate, and completing the automated process.

A cobot palletizer is configured with a depalletizing program to perform depalletizing operations; a suction cup with a one-way valve is installed at the end of the robot to absorb the product; the robot controls the rhythm when placing and conveying, and scans the code during the process; after the scanning is completed, the re-palletizing operation is performed.