On December 24th, the subject of the National Major Science and Technology Project “Daily CNC System in Lathe Enterprise Application Demonstration Project†led by Anyang Xinsheng Machine Tool Co., Ltd. passed the technical acceptance at the company.
The topic of the “Domestic CNC System in Lathe Enterprise Application Demonstration Project†completed the production and use of 21 medium-to-high-end CNC machine tools, achieving the goal of supporting domestically-made CNC systems and domestically-made functional components with a utilization rate of not less than 50%. Anyang Xinsheng Machine Tool Co., Ltd. has completed the CS007 CNC gantry 7-axis combination milling, CS008 NC double-action column machining center, CA001 bridge machining center, CA003 CNC horizontal boring and milling machine and ZX004 horizontal boring and milling machining center 5 prototypes. Development and production of 16 other CNC lathes. It is used for the machining of key parts of 10 types of machine tools such as bed, spindle box, saddle, spindle and gear for CNC lathes. After inspection, the reliability of the product has met the requirements of the assessment index, and the results of on-site processing validation are good. This project carried out the performance and functional application verification of domestic CNC systems and functional components, as well as the reliability evaluation and applicability, and appropriateness of the research. The mechanical and electrical matching and parameter optimization of domestic CNC systems and numerically-controlled machine tools, the research of rapid commissioning technology and the five key zero- The process optimization of components and the study of programming techniques provide data support and theoretical basis for improving the overall performance of domestic CNC systems and functional components, and improve the decomposition efficiency of the company's production plan and the accuracy of component processing requirements.
The company's technical personnel introduced that the implementation of the project also applied for eight patents, formed six corporate standards, and published 19 papers in national core journals. The implementation of this project adopts a cooperative research mode of “production, learning, research, and use†to cultivate a number of high-level machine tool R&D, domestic CNC system application research and supporting applications of functional components and other relevant professional and technical personnel, and trained at the same time. A group of professionals in process optimization, programming technology and rapid commissioning research in the production and application of domestic CNC machine tools has enhanced the company's ability to test and test new products and structures, and has improved the company's overall efficiency and competitiveness.
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