Using a visual alignment system to photograph and locate the connectors of the in-vehicle LCD display module, calculate the offset (X-direction, Y-direction, Z-direction, R-angle) and send it to the six-axis robot for compensation, enabling automatic insertion and lighting of the product.
·Independently developed visual correction algorithm for fast, closed-loop, high-precision alignment
·Supports plugging for Bent and Flat models
·Realize 3D insertion through 2D alignment and ranging
·High alignment accuracy, imaging accuracy: 6um