Research and Development Status of High Efficiency Processing Technology
High efficiency processing technology refers to the processing of materials by using advanced manufacturing and processing equipment and processes, to meet the appearance and functional requirements of products, and to promote the development of new grades of technology, new materials and new processes. With the rapid development of science and technology, high efficiency processing technology has gradually become an important research and development direction in recent years.
At present, research and development of high efficiency processing technology has achieved significant results. For example, in the field of micro-electronic and mechanical processing, the miniaturization of electronic components, the development of multilayer interconnection techniques, the continuous improvement of the resolution of micro-machining techniques and so on, have laid the foundation for the development of high efficiency processing technology. In the field of machining, the development of high efficiency machining methods such as high speed, high pressure, etc., and the research of clearance, lubrication and cooling of cutting tools have improved the efficiency of machining and reduced the cost. For example, in terms of forging, the research and development of accurate forging machines, highly efficient process design, high-efficiency forgeable material, efficient forging tooling and die making process has improved the production efficiency and quality of forged parts. The research and development of non-traditional processing technology such as electron beam machining and laser machining has also effectively improved the machining efficiency.
In addition, the research and development of advanced manufacturing technologies such as microfluidics and rapid prototyping is also an important field of high efficiency processing technology. Microfluidic technology is used to process and integrate micro-scale (1-1000 microns) components, systems and materials into tools, instruments and products. It is widely used in medical, pharmaceutical, automotive, aerospace and other fields, which can improve processing efficiency and accuracy. In the field of rapid prototyping, the application of three-dimensional printing technology, computer numerical control machining, numerical control forming technology and special processes can improve the production efficiency and reduce the development cycle.
In the next step, the research and development of high efficiency processing technology will go deeper, from process design to tool design, from machining theory to resin technology, from forging to thermal power forming and precision casting. In terms of R&D, more advanced automation, computer integrated manufacturing and information technology should be used in production, coupled with machine vision and robotics, to achieve deeper and real application of science and technology, so as to realize the leap and innovation of production technology and efficiency improvement, and build an automated, intelligent, efficient and high-precision green factory.
To sum up, the research and development of high efficiency processing technology is still in the early stages of development and needs to be further improved. With the innovation of materials and technologies, we believe that high efficiency processing technology will become the future development trend of the manufacturing industry, bring more products to the market, and improve the overall efficiency and competitiveness of the manufacturing industry.
