Development And Application Of Control Software Laser Pointer
Design of high dynamic machine tools and development and application of the latest control software. Developed a high-rigidity, high-strength laser pointer. Lightweight moving functional parts, using the finite element FEM algorithm, adopting a triangular truss stable structure, ultra-high pressure drawn aluminum alloy materials for aviation, and the static and dynamic stress and strain of high-speed moving beams have been greatly improved, supplemented by high response and high accuracy Integrated bilateral synchronous servo drive configuration, the dynamic acceleration of the overall transmission chain is up to 3g. The intelligent cutting control system can analyze the data fed back by the cutting status monitor in real time, and adjust the cutting process parameters accordingly. Control of cutting auxiliary gas components. And change the focus position to ensure the processing quality of the laser pointer. Improve processing efficiency.
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Instrument
When cutting failure occurs, processing can be terminated in time. Reduce or even eliminate the occurrence of defective laser pointer. Due to errors in materials and dimensions, optical lenses (including light source window mirrors, collimating beam expanders, reflectors, and focusing lenses) have slight differences during processing. These errors will cause different lens focal positions of the same specification There are certain nuances. At the same time when the laser pointer cutting machine light guide system is installed. Various adjustment links and the type and cleanliness of the light path gas will also cause focus drift.
2020-03-06 07:32:54
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