In recent years, China's machinery manufacturing industry has achieved rapid development, mechanical manufacturing technology continues to improve and the innovative development of precision processing technology has played a huge role. Therefore, the traditional mechanical manufacturing technology is facing elimination, which on the one hand promotes industrial upgrading. For enterprises, it is necessary to review the situation, even keep up with the pace of development, and take the lead in the field of mechanical manufacturing technology and fine processing. Therefore, in order to promote the good development of mechanical manufacturing technology and precision processing technology, we must realize the introduction and application of advanced mechanical manufacturing technology and precision processing technology, and thoroughly analyze the characteristics of mechanical manufacturing technology and precision processing technology.
First, the characteristics of existing mechanical manufacturing technology and precision processing technology are analyzed. It is helpful for us to promote the effective application of related technology on the basis of clear characteristics.
(1) There is a strong internal correlation between mechanical manufacturing technology and precision processing technology. The correlation between mechanical manufacturing technology and precision processing technology includes many aspects. The close degree of correlation also determines the close degree of the relationship between the two. In manufacturing engineering, product development, processing and manufacturing, product sales and other aspects show the correlation between the two. Because these are related to the existence of relevance in the field of marketing, enterprises also have higher requirements for mechanical manufacturing technology and precision processing technology, and they need to achieve close matching in the technical level. Because small defects in the process can cause serious butterfly effect. Therefore, close cooperation between the two technologies can effectively reduce the manufacturing process problems.
(2) Systematic characteristics exist in mechanical manufacturing technology and precision processing technology. Both mechanical manufacturing technology and precision processing technology exist in a system and are interdependent. Therefore, problems in any detail of the production chain may cause serious consequences. Therefore, we should use the concept of system to understand the two. The relationship between them should be well organized, the internal relationship between mechanical manufacturing technology and precision processing technology should be strengthened, the level of technological process cooperation should be improved, and the system unity should be fully demonstrated.
(3) Machinery manufacturing technology and precision processing technology show the characteristics of global development. The rapid development of economic globalization has brought many miracles and pressures to the development of machinery manufacturing technology and precision processing technology. Therefore, the intense market competition also makes the development of related technology and technology constantly refreshed. From this point of view, if a country's enterprises want to occupy a place in the fierce competitive technology under the situation of globalization, the most important point is to upgrade the domestic manufacturing technology level to match the world's advanced level, which is the basic condition to occupy a favorable position in the global market competition. It can be seen that the globalization of mechanical manufacturing technology and precision processing technology is very significant.
Secondly, the application characteristics of mechanical manufacturing technology and precision processing technology are analyzed. On the basis of accurately grasping the intrinsic relationship between mechanical manufacturing technology and precision processing technology, as well as the innovation promoted by global development, we should find the basic ways of application according to these characteristics.
(1) Analysis of the application characteristics of the current mechanical manufacturing process. The continuous development and innovation of both traditional and modern mechanical manufacturing processes in practical applications have brought higher efficiency to production practice. Therefore, in the specific production practice, we can combine the characteristics of NC machining process design to carry out a simple analysis, with specific analysis, in order to better guide practice.
Traditional machine tool technology has many processes in practical application, and the worker's labor intensity is relatively high, which is the weakness of traditional machine tool technology. The process design of NC machining can make the process simpler, reduce the labor intensity of workers, improve the process level and improve the production efficiency. The design of NC processing technology is more flexible and has its own unique advantages.
The application of NC processing technology can make the logic clear in process design, which makes the content of NC processing very precise. Although the process is relatively complex in specific application, the design and application of NC processing technology is more efficient than traditional machine tool technology. It can be said that the remarkable feature of NC machining technology is to significantly improve the efficiency of processing. Taking the manufacturing of parts as an example, the production of a part requires the participation of many processes. If we use traditional machine tool technology to make parts, it takes a lot of steps and time. The application of NC processing technology can effectively concentrate more steps, complete more complex processes with fewer steps, and reduce the requirements for the number of professional tools in the process of parts manufacturing. Traditional machine tool processing technology requires workers'working experience and technical proficiency very high.
Many process problems in traditional machine tool processing need special tools to complete well. Only the working experience and professional level of workers can make these special tools play their due role. It takes a lot of time to train an experienced worker in production practice, so the traditional machine tool technology is very dependent on the worker.
The use of NC machining design technology can effectively reduce the dependence on skilled workers. It can input correct processing instructions when programming, and carry out NC machining strictly according to the instructions. The parts produced have high precision. Therefore, the advantages of NC machining technology in this respect are also very prominent.
(2) Analysis of the application characteristics of micromechanical technology. There are also many specific technical contents in micromechanical technology, which benefit from the rapid development of information technology. Micromechanical drive technology is widely used in industrial production. It has fast response, high precision and easy operation. Mechanical sensing technology has high resolution data density and high sensitivity. In the material technology of micro-machine, nickel is used to replace the original silicon material, which overcomes the shortcomings of easy fracture of silicon material.
(3) There are many aspects in the design of precision machining technology, among which the most representative are die forming, ultra-precision grinding, micro-processing, nano-and precision cutting, etc. It can be found in the production practice that precision cutting technology has a wide range of uses and high precision. It is helpful to improve the quality of products and make enterprises obtain higher production benefits.
報錯
n short, a solid analysis of the characteristics of the production process will help enterprises to understand their strengths and weaknesses and find the direction of future development. The continuous development of machining and manufacturing technology and precision processing technology has provided more new requirements for enterprises. Enterprises should grasp the pace of development of the times, introduce advanced technology and equipment, continuously improve production level and quality technology, so that enterprises can gain stronger competitive advantage in the fierce market competition.
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