Application Of Precision Machining Technology in Modern Machinery Design And Manufacturing Technology

Application of precision machining technology in modern machinery design and manufacturing technology

In the field of industrial production, the design of mechanical equipment by technicians is an important part of it. At this stage of my country's industrial production, automated processing technology provides technical support for better mechanized design. The continuous improvement of my country's scientific and technological level has also provided a better technical environment and technical conditions for the development and progress of my country's industrial industry. At the same time, it also requires more sophisticated machinery and equipment and related production parts. This has brought huge challenges to the relevant industrial production departments of our country. In the process of independent innovation, many companies have encountered many problems in their products. This requires the application of precision processing technology to improve to make up for the deficiencies in the products, improve the quality of the products, and enhance their own competition in the market. To maximize their own competitiveness.

1. The status quo of my country's modern machinery design and manufacturing technology

my country's industrial production is gradually modernizing, and the machinery manufacturing industry is constantly developing and innovating, and the technology applied in the machinery manufacturing industry is becoming more and more mature. The development of the machinery manufacturing industry has played a positive role in promoting the rapid development of my country's national economy, and has now become a pillar industry of my country's economic development. However, many problems have arisen in the process of applying mechanical design and manufacturing processes, such as technicians' low attention to precision processing technology; failure to adopt appropriate manufacturing processes to apply to the production of mechanical equipment and related components; welding technology is not mature, etc. These problems have hindered the pace of modernization of my country’s industrial production. In order to solve such problems, my country’s machinery R&D department and related technical personnel need to spend more time and energy to improve the current precision processing technology and solve these design processes in a timely manner. The problem that arises in.

2. The characteristics of my country's modern machinery design and manufacturing technology at this stage

2.1 Adopt artificial intelligence technology

As artificial intelligence technology gradually enters people's lives and work, the application of artificial intelligence technology in the process of industrial production is also an inevitable trend of mechanized production. Nowadays, my country's machinery manufacturing industry has made remarkable achievements in the application of artificial intelligence technology. The application of artificial intelligence technology to modern machinery design and manufacturing processes can improve the automation of industrial production and mechanical design. Technicians only need to set various parameters in advance on AI robots and other related artificial intelligence facilities, and the system will intelligently analyze the products based on the parameters and use the most reasonable manufacturing process for production. The application of artificial intelligence technology to my country's modern machinery production can greatly reduce the cost of human resources, and its automated production process can also improve work efficiency and bring huge economic benefits to related enterprises in the machinery manufacturing industry.

2.2 Improve process precision

At present, many industries have applied modern machinery manufacturing technology for production, such as the aerospace industry and industrial production industries. These industries have higher requirements for product quality and accuracy. The use of modern mechanical design and manufacturing technology based on artificial intelligence technology can greatly improve the quality and accuracy of the product, and ensure that the product can be used in this type of field.

2.3 Application of environmental protection concepts

Traditional machinery manufacturing technology will cause a lot of pollution to the environment, which is contrary to my country's sustainable development goals. In order to develop the machinery manufacturing industry and promote my country's economic development while ensuring that my country's ecological environment is not destroyed, people need to apply environmental protection concepts to modern machinery design and manufacturing processes. At the 19th People’s Congress of the Communist Party of China, General Secretary Xi Jinping mentioned in his speech that while economic development should increase people’s attention to environmental protection. The use of green and environmentally-friendly modern machinery manufacturing technology helps to achieve the development goal of green production, greatly reduces the large amount of harmful gases produced in the machinery production process, is conducive to the construction of a green and environmentally friendly production environment, and contributes to the sustainable development of my country's machinery manufacturing industry. Create better conditions. Only in the process of mechanical production, continuously innovating its production mode and adopting green production technology, can energy consumption be reduced and the current environmental quality of our country can be improved.

3. The specific application of precision machining technology in modern machinery manufacturing technology

3.1 Cutting and stripping technology

Cutting and stripping technology is a process of pretreatment of raw materials in the production process. The precision of the cutting and stripping technology affects the convenience of the subsequent production process. Therefore, the application of precision machining technology to cutting and stripping technology is very important for accelerating production efficiency. First of all, due to the different sizes and shapes of the production raw materials, the raw materials are cut and stripped to achieve the goal of uniform size of the raw materials, making the subsequent processing of the raw materials in the production line more concise and convenient. In order to reduce the occurrence of such problems, the use of laser cutting technology can control the depth of each laser cut into the raw material, ensuring that each batch of production products can meet the expected production standards. Finally, production personnel must apply information technology to cutting and stripping technology. By implementing real-time monitoring of products with the help of computers, improving the intelligence of the mechanical manufacturing process can have a better grasp of the accuracy of the cutting and stripping of the products.

3.2 Grinding technology

Grinding technology refers to grinding and polishing the surface of the produced product to reduce the roughness of the surface of the produced product to meet the expected standard of the product. In the production process of some silicon chips, technicians need to ensure that the surface roughness of the silicon chips is controlled between 10 mm and 20 mm. For some other metal products, technicians also need to ensure the smoothness of their surface. If a unified production equipment is used to polish the product, it will not meet the expected standard. Therefore, relevant staff are required to continuously adjust the equipment to improve its production efficiency. Applying precision machining technology to the grinding and polishing of products can improve the shortcomings of traditional grinding technology. First of all, precision machining technology can detect the roughness of the surface of the production parts through the computer, divide the products with different roughness, and polish the surface according to the batch, which greatly improves the efficiency of polishing. Finally, magnetic levitation business technology can better protect production and processing equipment. Magnetic levitation allows a certain distance between the polishing equipment and the product. The surface of the product is polished by magnetic force, which can reduce the wear of the product on the polishing equipment while achieving fine polishing, thereby increasing the service life of the equipment.

3.3 Micromechanical technology

Micromechanical technology is usually applied to mechanical equipment that produces products on a smaller scale. Compared with large-scale mechanized production processes, micro-mechanical technology can magnify tiny products and improve the degree of refinement of products. This technology is more and more widely used in modern machinery industry. First of all, micro-mechanical technology can produce more refined products, and can produce products that cannot be produced by large-scale equipment, such as the production of mobile phone chips and computer chips. Electronic equipment has very high requirements for the degree of refinement of the chip, and some small differences can affect the normal operation of the electronic equipment. The use of micromechanical production technology can improve the precision of the chip and better control the subtleties of the chip. Secondly, micro-machine production technology can capture product information more acutely. It has a faster response speed and higher production efficiency. In the production process, the micro-mechanical production technology can detect the faults and problems in the production parts in time, and greatly improve the transmission speed of the parts. Finally, many mechanical equipment is composed of multiple production links. The application of micro-mechanical technology to the production links of some mechanical parts with high production requirements can greatly improve the quality of the parts and components, and then improve the overall quality of the combined products, so that they can meet the product standards required by people, and are more in line with People's usage needs.

3.4 Nanotechnology

As one of the important achievements of my country's current mechanical production technology, nanotechnology has been widely used in many production links. For modern machinery design and manufacturing processes, the reasonable application of nanotechnology can greatly improve the precision of mechanical equipment and related production parts. Taking nanotechnology as the main production process for the production of parts and using micro-mechanical technology as an auxiliary technical support can improve the production quality and production efficiency of small parts.

3.5 Gas shielded welding technology

Gas-shielded welding technology is one of the main mechanical design and manufacturing technologies. This technology generally welds objects through an electric arc. The gas can form a gas layer to protect the surface of the welded object. The common gas used as the gas layer is carbon dioxide. Because carbon dioxide is easy to obtain, the cost of the gas is lower, and the protection of objects is better. The use of this gas can improve the economic benefits of the enterprise and achieve better welding. The main materials of gas shielded welding technology using carbon dioxide are carbon dioxide gas and welding wire. As one of the more common gases in the chemical industry, carbon dioxide gas can improve the quality of welds. Nowadays, many chemical companies use carbon dioxide gas to carry out welding protection work, and apply it to the production of storage tank pressure vessels and chemical substance transportation pipelines, which reflects the outstanding achievements of gas shielded welding technology in the chemical industry.

4. Conclusion

The machinery industry is a pillar industry in the development of my country's national economy, and continuous reform and innovation of its industrial technology is an important measure to promote the development of the machinery industry and my country's national economy. As people have higher and higher requirements for modern machinery design and manufacturing processes, the application of precision processing technology to the production of mechanical equipment can improve product quality and production efficiency, and promote the design of my country's mechanical equipment to be more reasonable.