Which industries require the use of visual laser control systems

The visual laser control system is a new type of CNC system that combines visual recognition technology and laser control technology. Its principle is to identify the processing object through visual technology, and control the laser control to precisely process the target by positioning the processing object. Compared with ordinary laser control systems, visual laser control systems are more precise in processing, more flexible in processing tasks, and have a higher degree of automation. They are widely used in mid to high end fields.

Visual laser control systems are widely used in various industries, especially in processes that require high precision and efficiency, playing an important role. For example:

Automotive manufacturing industry: The automotive manufacturing industry requires precision machining of automotive components, such as cutting, welding, punching, etc. of body panels. The visual laser control system can achieve detection, positioning, and processing of automotive parts, ensuring processing quality and efficiency.

Advertising industry: The advertising industry requires the processing of materials such as brochures, signs, and exhibition fabrics with patterns, and the advertising industry frequently changes the processing plan. By using a visual laser control system, the testing plan can be directly processed without the need for repeated processing procedures, which saves processes and improves work efficiency.

Electronics industry: Electronic products require microscale part processing, such as circuit board cutting, SMT assembly, etc., and electronic products require high precision. Visual laser control systems can better control precision and are suitable for precision machining and assembly of electronic components.

Medical equipment manufacturing: Medical equipment requires high-precision component processing and assembly, such as surgical instruments, prostheses, etc. The visual laser control system can achieve precision machining and assembly of medical equipment.

Clothing industry: When processing fabrics in the clothing industry, visual laser control systems are used, such as processing fabrics with patterns. If it is a regular laser, the corresponding processing program needs to be set according to the pattern before processing can begin. If it is a visual laser control system, the visual recognition system can recognize patterns by simply feeding the fabric onto the machine. The system will autonomously identify the parts that need to be processed and then automatically start processing.

Overall, visual laser control systems are suitable for applications in industries with higher precision requirements, more complex processes, and automated production, which can improve product processing quality and efficiency. Of course, the visual laser control system requires additional cameras, sensors, and control card components, and the deployment cost is higher than that of ordinary laser processing, which is also more difficult to maintain. Therefore, when choosing, it is still necessary to consider one's own needs and actual situation.

Source: Ruida Technology