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Machinery industry is an important industry in the process of modern economic development. It is not only the main force to promote the growth of national economy, but also provides advanced machinery and equipment and corresponding services for the development of various industries in society. In the development of modern machinery industry, machinery manufacturing technology and processing technology are the key to its development, and they are also important factors affecting the performance and quality of modern machinery and equipment. Therefore, modern machinery manufacturing technology and processing technology are the premise and foundation for the development of machinery industry. This paper discusses the application of modern mechanical manufacturing technology and processing technology.
Keywords: modern machinery; Manufacturing technology; Processing technology; Applied inquiry
The development of modern machinery industry plays an important role in promoting the development of our national economy and industrial production. However, with the development of social economy and enterprise production, the requirements for manufacturing quality and performance of machinery industry equipment are getting higher and higher. In this social background, machinery industry enterprises should constantly improve and innovate modern machinery manufacturing technology and processing technology to improve the quality and overall performance of machinery and equipment. Therefore, modern machinery industry should grasp the technical characteristics of modern machinery manufacturing technology and processing technology, take effective measures, and constantly improve and innovate.
1 characteristics of modern machinery manufacturing technology and processing technology
1. 1 comprehensiveness
Synthesis is an important feature of modern mechanical manufacturing technology and processing technology. In the development process of machinery industry enterprises, enterprises rationally integrated internal machinery manufacturing, formed a comprehensive production system, and infected with modern machinery manufacturing technology and processing technology with comprehensive characteristics. With the continuous development of machinery industry enterprises, the internal concept, production process and flow of machinery manufacturing industry are becoming more and more integrated. At the same time, in order to promote the development of modern machinery manufacturing technology and processing technology, machinery manufacturing enterprises also efficiently integrate various theoretical knowledge and practical experience in the production process, including automatic control technology of machinery production, computer science and electronic information technology, which makes the whole production system not only have strong comprehensive characteristics, but also make outstanding contributions to promoting the development of modern machinery manufacturing technology and processing technology.
1.2 integration
The integrated development of machinery manufacturing technology and technology is the main development trend and important feature of modern machinery manufacturing technology and processing technology. In the development process of modern machinery manufacturing, enterprises have improved and innovated the traditional machinery manufacturing methods to make them more suitable for the needs of modern machinery manufacturing. Enterprises integrate modern advanced science and technology such as automatic control concept and microelectronics technology into the process of mechanical manufacturing, which not only promotes the production development of enterprise mechanical manufacturing, but also promotes the integrated development of mechanical manufacturing technology and technology, and improves the quality and overall performance of enterprise mechanical manufacturing.
1.3 system
Systematization is one of the characteristics of modern mechanical manufacturing technology and processing technology, and it is also the fundamental difference between modern mechanical manufacturing technology and traditional mechanical processing technology. In the production process of modern machinery manufacturing enterprises, automation control technology, computer technology and many other scientific technologies have been reasonably integrated, realizing the scientific and automatic management of machinery manufacturing production, which not only improves the production efficiency of enterprises, promotes the production development of enterprises, but also promotes the systematic development of modern machinery manufacturing technology and processing technology.
1.4 sustainability
Modern machinery manufacturing technology and processing technology are gradually formed through continuous improvement and innovation of traditional machinery manufacturing technology and reasonable integration into modern science and technology and equipment technology. Using modern machinery manufacturing technology and processing technology to carry out daily production and development of industrial enterprises can effectively improve the production efficiency of enterprises. At the same time, in the process of improving and innovating the traditional processing technology, enterprises have taken targeted measures against the disadvantages of the traditional technology, effectively reducing the environmental pollution in the production process of machinery industry, improving the efficiency of resource utilization and the economic benefits of enterprises, promoting the sustainable development of machinery industry production, and embodying the "sustainable" characteristics of modern machinery manufacturing technology and processing technology.
Practical application of modern mechanical manufacturing technology and processing technology
2. 1 Special processing and precision technology
In the processing and production process of machinery enterprises, precision engineering is generally divided into precision machining, ultra-precision machining and nano-machining, in which precision machining and ultra-precision machining mainly refer to physical and chemical machining methods, which are improved and developed with the development of modern science and technology and traditional machining techniques, and are mostly used in electrolytic machining, EDM, laser machining and ultrasonic machining of modern machinery enterprises, which have good machining effects and can effectively improve the production and processing quality of enterprises. Although special machining is also a compact machining process, it is different from other precision machining processes, and is mainly used to process industrial materials such as ceramics and diamonds that are difficult to machine. However, when using special machining technology for machining, the corresponding machining requirements should be determined according to the mechanical production requirements and material processing needs of enterprises, and the machining accuracy should generally reach molecular or atomic units to ensure the quality and overall performance of mechanical production of enterprises.
2.2 Rapid Machining and Forming Technology of Parts
In the industrial production process of modern machinery enterprises, parts processing is an important link in the production development of enterprises, and it is also an important content of daily production of enterprises. After the production development of modern machinery enterprises, the parts processing industry has gradually developed into an independent industry in the machinery industry. For the manufacturing of parts in machinery manufacturing enterprises, due to the characteristics of three-dimensional space, it brings certain difficulties to the manufacturing of parts. When processing and manufacturing parts, we can imagine and understand the parts in three dimensions, decompose each point in the three-dimensional space into two-dimensional surfaces for manufacturing, and finally make reasonable combination and overlap according to the three-dimensional characteristics of the parts. In the whole manufacturing process, the commonly used rapid prototyping technology of parts mainly includes stereo lithography and laminated solid manufacturing. Such as stereolithography. This technology refers to cutting the paved foil with numerical control laser, first cutting out the general outline of the parts, then curing and bonding, and finally processing according to the processing and manufacturing requirements of the parts, and further processing by people. This technology has been widely used in the daily production process of machinery enterprises, and the corresponding technology has gradually matured.
2.3 Parts classification coding technology and technology
The classification and coding of parts is an important content in the process of parts processing and production in mechanical enterprises, which can effectively avoid the confusion of parts processing and improve the quality and efficiency of parts production and processing in enterprises. Therefore, it is very important to choose reasonable parts classification and coding technology and related technologies to control the quality and efficiency of parts classification and coding in the manufacturing process of enterprises. In the process of making parts, the finished parts should be coded and distinguished first, especially for some parts with similar types, shapes or performances, and the coding distinction should be made in time to avoid confusion of parts. Secondly, the classification of parts should be done well. After coding and distinguishing parts, the basic information of parts should be accurately classified, including basic information of parts such as standards, specifications and basic structures, as well as processing characteristics of parts such as main materials, production and processing technology, processing accuracy and machine tool models, and these information should be accurately classified to lay a foundation for the use and sales of parts. Finally, it is necessary to distinguish the quantity and batch of parts to be manufactured, so as to ensure the production quality and efficiency of enterprises and promote their future development.
2.4 Flexible manufacturing technology and process
Flexible manufacturing technology is a modern mechanical manufacturing technology and processing technology with the development of modern automation and modern information technology. It is one of the key technologies in the manufacturing of modern machinery enterprises. The application of flexible manufacturing technology and technology in the manufacturing process of machinery enterprises can effectively improve the production automation level of enterprises, enhance the production efficiency of enterprises and promote the future development of machinery enterprises. Flexible manufacturing technology and technology refers to the effective connection between the host computer and other CNC machine tools or control equipment, and then the automatic control of the whole manufacturing process is realized through the host computer. Flexible manufacturing technology and technology have strong flexibility, which can guide production equipment to process different parts of similar parts in the production process, effectively improve production efficiency and quality, and promote the industrial production development of machinery enterprises. In addition, in the production process of machinery industry, flexible manufacturing technology and technology should be able to adjust the production batch and performance parameters in time with the production needs to meet the higher needs of users. The application of flexible manufacturing technology and technology is conducive to improving the production efficiency and economic benefits of enterprises, and the improvement and innovation of flexible manufacturing technology and technology is also one of the important development directions of modern machinery manufacturing enterprises.
2.5 MEMS technology
Micro-mechanical technology is one of the new technologies gradually produced with the development of science and technology in China, and its application in the production process of modern machinery in China mainly includes the following aspects. First, mechanical sensing technology. Because the sensor of mechanical technology has high resolution and strong sensitivity, the application of sensing technology in the current mechanical construction process improves the accuracy and efficiency of circuits and electronic machinery. Second, the materials of MEMS technology. Traditional micromachining technology takes silicon as the main material, but with the development of micromachining technology, the shortcomings of silicon material are gradually exposed, and nickel has become the main material. In addition, metal and polymer materials can also be used as the main materials of MEMS technology. Conclusion Modern machinery manufacturing technology and processing technology are the key to the development of machinery manufacturing enterprises. Enterprises should make effective improvement and innovation on the basis of rational use of modern machinery manufacturing technology and processing technology, continuously improve production quality and efficiency, promote the sustainable development of enterprises, and lay the foundation for their future development.
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