Cars are assembled from auto parts according to technical requirements and assembly processes. The performance of the car ultimately depends on the design, manufacture, and assembly quality of the auto parts. With the increase in driving mileage or the prolongation of use time, the inevitable wear and tear of automobile parts, the change of the size and geometry of the parts, the decrease in the precision, and the deterioration of the matching relationship between the parts will lead to the deterioration of the technical condition of the automobile and the increase of the failure rate, which will affect the automobile. The use performance needs to be restored by repairing and replacing auto parts. The auto parts system is huge and complex. There are many kinds of cars and complex structures. It needs a set of management methods to effectively organize auto parts and sales, from design, manufacturing, finished products, and purchase, to storage, and then to sales. Scientific organizational management and management should not only be based on market needs but also combine the economic benefits of the enterprise or operating entity to play a greater role with limited resources.
Under the development trend of scale, modularization, and centralization of the automotive plastic components industry, through mergers and acquisitions in the industry and the elimination of low-tech and small-scale enterprises, thereby improving the market concentration of the automotive plastic components industry has become the development of my country's parts industry. a big trend.
my country's vehicle market has a low concentration and fierce competition. This competitive situation has prompted OEMs to accelerate the introduction and industrialization of new models and new technologies. In this context, the innovation of automotive plastic components production technology has become a necessary condition for automotive plastic components suppliers to meet the competition needs of vehicle manufacturers. The production technology innovation of automotive plastic components is mainly reflected in the following aspects:
1 To meet the synchronous development trend of shortened vehicle R&D cycle and mutual involvement of vehicle manufacturers and automotive plastic components suppliers in each other's R&D process, the use of computer technology to simulate the development process has become the development direction of automotive plastic components suppliers in the R&D field.
2 To meet the characteristics of shortened vehicle manufacturing cycle, various types of parts and large supply batches, flexible parts, and automated production have become the development direction of automotive plastic components manufacturing.
When organizing the supply of aluminum die casting for automobiles, it is necessary to strive for marketability, reduce inventory, and achieve zero inventory as much as possible to prevent backlog and waste. To achieve the above goals, in addition to mastering the market conditions, it is also necessary to master the characteristics of auto parts and to know which parts are wearing parts, which parts are non-wearing parts, and other related knowledge. In a maintenance industry, it is very useful to master the knowledge of auto parts procurement, replacement, and maintenance, which is conducive to improving efficiency and economic benefits. This information is from 14 aspects (name, serial number, function, structure type, installation position, parts, assembly relationship between parts, technical requirements, manufacturing materials, working principle, use requirements, consumption, damage reasons, preventive measures) from 14 aspects. ) to decipher each part.