A visual laser control system, as its name suggests, is a combination of a vision controller and a laser controller, just like giving a laser control machine both eyes and a brain at the same time.
A laser controller without vision cannot know whether the processing material has moved, and the material needs to be manually fixed in position before processing can begin. It also cannot perform edge detection or pattern recognition, which may cause material waste, and it cannot identify some irregular processing materials. A non-visual laser controller is used in industries where the materials are regular, the positions are fixed, and production is repetitive.
A visual laser control board is composed of four major parts: a vision acquisition module, an image processing module, a motion control module, and a laser control module.A visual laser control board is like giving the equipment eyes—the visual laser control board can recognize the position and edges of irregular materials, and even without fixing the position of the processing material, it can still achieve precise processing or automatic positioning during marking, greatly improving processing efficiency. A visual processing system can be used for irregular or offset materials such as leather and fabric.
Visual laser controller solves the pain points of traditional laser processing that relies on manual positioning and fixed fixtures in terms of accuracy, efficiency, and flexibility. After feeding the material, it can automatically start recognition and processing, which saves labor and also improves processing efficiency. Although the initial deployment cost is relatively high, long-term operation can save more resources. It is a modern high-precision automated processing method that fits the development trends of modern industry: “precision, automation, and flexibility.”
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