1. Positioning Guidance
Obtain the position information of the measured object through machine vision technology, and guide the robot to carry out a series of operations. Based on image calibration, target detection, size search and other algorithmic technologies, the main role of robot guidance related applications is to accurately obtain the coordinate position and angle of the object (object to be grasped) and target object (object to be assembled), and convert the image coordinate into the robot coordinate that can be recognized by the robot, and guide the robot to locate and assemble.
2. Code System Identification
The technology of electronic industry product is complex, in some links of the industry chain, the product identity ID information should be identified. Demand for electronic devices such as smartphones and tablets has surged. With the increasing number of parts and the rapid development of miniaturization of products, manufacturers are also committed to pursuing high-quality traceability management. In view of the miniaturization of electronic parts, in many cases, the traditional contact printing processing method has been changed to the non-contact high-precision laser printing and processing. Therefore, the requirements for trace printing with fineness, high quality and low damage are increasing day by day.
3. Defect Detection
Detect the scratch, damage, spot, color difference and other defects on the surface of electronic products.
In the process of manufacturing products in the electronic industry, defects can not be avoided, and the requirements of production enterprises for product quality are keeping raise. Therefore, defect detection is a very important application in the industry. Machine vision has the ability of high precision and high speed detection, which can realize the detection of various defects, including scratch, damage, spot, color difference, etc.