What are the main functions of the visual laser control system

The visual laser control system combines visual recognition and laser control technology, allowing machines to automatically judge processing objects through visual recognition technology, further enhancing automation capabilities on the basis of the original operating system. The main functions of the visual laser control system include:

1. Target recognition: The system detects and recognizes targets through visual recognition technology. Firstly, the system obtains image information of the target object through the camera, and then extracts and recognizes the target's features through image processing algorithms. After recognition, the system can determine information such as the position, size, and shape of the target.

2. Processing positioning: Through laser control technology, the system can judge the target recognition results based on system algorithms and set the area or target position that needs to be processed. Laser beams can achieve precise processing of target objects under the guidance of the system.

3. Laser control: The visual laser control system can accurately issue instructions to control the laser output. Based on the set parameters, the laser control system will control the laser power, focus, pulse frequency and other parameters, allowing the laser to irradiate the material with appropriate energy and method, avoiding problems such as over burning, incomplete cutting, and slag.

4. Automated production: The laser control system will complete calculations through built-in processors, set reasonable processing paths, achieve automated operations and control, reduce manual intervention, and improve production efficiency. The visual laser control system can automatically complete operations such as target detection, positioning, tracking, and processing based on pre-set tasks and algorithms.

5. Safety protection: The visual laser control system also monitors corresponding safety indicators during processing, such as water cooling temperature, safety fence switch, laser temperature, optical path offset angle, etc. Once any parameter is abnormal, the control system will report an error through warning lights or sound to remind the operator.

Overall, the visual laser control system combines the advantages of visual recognition and laser control technology, making the already intelligent laser control system more intelligent, further reducing the need for manual operation, and improving production efficiency. However, correspondingly, the deployment cost of the visual laser control system is also higher, and the hardware maintenance cost, including the camera, is also more expensive. The specific choice depends on the customer's own processing requirements.