Digital and intelligent manufacturing are at the core of a new round of industrial revolution. It includes three aspects of product innovation, manufacturing technology innovation, and industrial model innovation. Deeply reforming the production mode and industrial form of the manufacturing industry is the core technology of the new industrial revolution. However, for mechanical products, NC technology is a disruptive common enabling technology that realizes mechanical product innovation, and the core is digital. The application of numerical control technology has fundamentally changed the connotation of mechanical products, greatly enriched product functions and qualitative changes in performance, fundamentally improved product levels and market competitiveness, and made mechanical products develop intelligently.
Basic pillar of
CNC machine tool industry production industry Zhou Ji, president of the Chinese Academy of Engineering, once emphasized: “When it comes to numerical control, we need to mention CNC machine tools, but this is obviously not the whole thing. We can only say that CNC machine tools are the most representative of innovative mechanical products using CNC technology.” He said that CNC technology is a common enabling technology that can be applied to the innovation and upgrade of various mechanical products. For example, the numerical control and intelligence of injection molding machines, injection molding is the most effective plastic molding method. When it comes to CNC machine tools, many people may not know it, but it is the basic pillar of many industrial production industries. As a typical mechatronics product, CNC machine tools can solve complex, precise, small batch, and multi-variety parts processing problems. It is a flexible and efficient automatic machine tool, and represents the development direction of modern machine tool control technology. In China, the labor costs of some industries are constantly rising, and the “employment shortage” that has emerged has provided another potential application area for
CNC machining china tools—intelligent manufacturing. Chinese companies are increasingly transitioning to intelligent manufacturing to mitigate the impact of manpower shortages. Enterprises need machine tools and equipment that can continuously run at high quality for 720 hours, which makes the reliability of machine tools and equipment particularly important. Especially recently, the combined use of CNC machine tools and industrial robots has made intelligent production or “unmanned” factories a development trend. In Zhou Ji’s view, the CNC generation and the intelligent generation are the products of the deep integration of information and industrialization. We can see that the numerical control and intelligent innovation of mechanical products have distinctive characteristics and essential laws, which can be widely used in the innovation of various mechanical products. Can cause the upgrading of mechanical products and cause profound changes in the mechanical industry. This is also the reason and basis for presenting the concepts of “NC Generation” and “Intelligent Generation”. Second development is the bottleneck Xu Zhengshun believes that the so-called intelligent manufacturing means that in addition to completing direct processing tasks, CNC machine tool products should also improve product process adaptability and be able to adapt to the processing characteristics of different industries and different products. This is essential for intelligent manufacturing, and to achieve these The requirement requires that the machine tool equipment has a sufficiently open CNC system platform. Only on an open system can users have the opportunity to incorporate various latest ideas and ideas into the design and manufacture of machine tools. However, the current general situation is the proliferation of product homogeneity. The reason for this situation is that many manufacturers are too simple and easy to use, and use some of the closed
CNC machining systems that entered the Chinese market earlier. The equipment is extremely standardized, the process adaptability is poor, and the products are similar, eventually becoming the promoter of low-end production capacity.
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