As an advanced manufacturing technology, laser intelligent manufacturing plays an important role in enhancing the comprehensive competitiveness of the national basic industry and pillar industries, forming an international research hotspot. The research group of the "Laser Intelligent Manufacturing Process Experimental Research System" undertaken by the Institute of Mechanics of the Chinese Academy of Sciences has overcome many problems, and achieved results in software and hardware system integration and process mechanics research and development, and passed the acceptance.
"Laser Intelligent Manufacturing Process Experiment System" has a number of independent intellectual property rights, including: laser system full digital control method, embedded laser manufacturing process simulation, surface adaptive measurement method, laser induced piston thermal fatigue, laser enhanced trajectory planning And laser beam spatial intensity conversion. The system has the ability of laser laser removal, connection, surface strengthening, laser cladding and other laser intelligent manufacturing and flexible processing. At the same time, it can realize process mechanical process detection, simulation and evaluation, and perform related mechanical performance test and temperature field and stress. Numerical simulation of the field.
The equipment system can meet the needs of multiple research fields and production industries, and provide scientific theory and key new technology reserves for laser intelligent manufacturing for the national manufacturing industry. It has now played a role in mold strengthening and heat load experiments.
Recently, the "Laser Intelligent Manufacturing Process Experimental Research System" passed the acceptance test. The expert group gave a high evaluation of the results achieved by the project, and believed that “the equipment system has fully fulfilled the requirements stipulated in the contract, some of the indicators exceeded the expected targets, and the comprehensive performance has reached the international advanced level.â€
"Laser Intelligent Manufacturing Process Experiment System" has a number of independent intellectual property rights, including: laser system full digital control method, embedded laser manufacturing process simulation, surface adaptive measurement method, laser induced piston thermal fatigue, laser enhanced trajectory planning And laser beam spatial intensity conversion. The system has the ability of laser laser removal, connection, surface strengthening, laser cladding and other laser intelligent manufacturing and flexible processing. At the same time, it can realize process mechanical process detection, simulation and evaluation, and perform related mechanical performance test and temperature field and stress. Numerical simulation of the field.
The equipment system can meet the needs of multiple research fields and production industries, and provide scientific theory and key new technology reserves for laser intelligent manufacturing for the national manufacturing industry. It has now played a role in mold strengthening and heat load experiments.
Recently, the "Laser Intelligent Manufacturing Process Experimental Research System" passed the acceptance test. The expert group gave a high evaluation of the results achieved by the project, and believed that “the equipment system has fully fulfilled the requirements stipulated in the contract, some of the indicators exceeded the expected targets, and the comprehensive performance has reached the international advanced level.â€
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