Main differences between advanced manufacturing industries

The main characteristics of advanced manufacturing technology are systematization and integration. Compared with traditional manufacturing technology, it has four characteristics:

(1) Advanced manufacturing technology is based on high-quality, high-efficiency, low-consumption, pollution-free or less-polluted processes, and is optimized on this basis, and combined with new technologies to form new processes and technologies.

(2) Traditional manufacturing technology generally refers to the process of manufacturing, while advanced manufacturing technology covers the whole process from product design, manufacturing to product sales, use and maintenance.

(3) The traditional manufacturing technology can only control the material flow and energy flow in the production process. With the incorporation of information technology, advanced manufacturing technology has become a systematic project that can control the material flow, energy flow and information flow in the production process.

(4) The discipline and specialty of traditional manufacturing technology are single and the boundaries are clear, while the discipline, discipline and technology of advanced manufacturing technology continue to cross and merge, forming a comprehensive and integrated new technology.

Specific performance in:

(1) Advanced manufacturing technology is widely used in high-tech industries such as microelectronics, computers, information, biology, new materials, aerospace and environmental protection, including advanced conventional technology and equipment, precision and ultra-precision machining technology, nano-machining technology, special machining technology, forming technology and material modification.

(2) The extensive use of advanced manufacturing technology in traditional industries such as machinery and equipment industry, automobile industry, shipbuilding industry, chemical industry and textile industry, especially the transformation with information technology, has brought great changes to the traditional manufacturing industry. Production technology is constantly updated, and the whole production process is permeated with high and new technology from design methods, processing technology, processing equipment, measurement monitoring, quality assurance and enterprise management. The wide application of CAD, NC and flexible manufacturing technology in manufacturing industry makes

(3) Driven and impacted by high technology, the equipment industry is developing in the direction of mechatronics, man-machine integration, multi-function of one machine and detection integration, and new processing machines such as robot machine tools, virtual axis lathes and high-speed combined machine tools appear, and CNC machine tools are developing in the direction of intelligent and intelligent processing units.

(4) The continuous development of manufacturing technology in the direction of high processing and high technology has brought profound changes to the manufacturing industry. In the future, the manufacturing industry will enter a new era integrating flexibility, intelligence, agility, lean, globalization and humanization.