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Precision machinery parts processing practical characteristics

Release time:

2024-05-08

In the practical application of precision parts, the higher the precision and the more exquisite, the better the processing level and quality. At the same time, such products are more popular with consumers. In general, CNC machining has unparalleled advantages and characteristics in machinery industry, and the quality of its products is usually higher. So what are the characteristics of precision machinery parts processing?
1. First of all, the production efficiency of precision mechanical parts processing is higher, and multiple curved surfaces can be processed at the same time. Compared with ordinary lathes, it can save a lot of processes and time, and the quality of CNC parts is much more stable than ordinary lathes.
2.Precision machinery parts processing plays an irreplaceable role in the research and development of new products. In general, parts of different levels of complexity can be programmed to process. Modifying and updating the design only requires changing the program of the lathe, which can greatly shorten the product development cycle.
3. The degree of automation of precision machinery parts processing is sufficient, which greatly reduces the physical labor intensity of workers. Workers do not need to control the whole process like ordinary lathes, mainly to observe and supervise the lathe. However, the technical content of CNC machining is higher than that of ordinary lathes, so it requires higher mental labor than ordinary lathes.
4. The initial investment is larger than that of ordinary lathes, because the price of CNC lathes is high, the maintenance cost and the processing preparation cycle are long.
Non-standard precision mechanical parts processing requirements are very high. In order to achieve super-moist machining surfaces and a very high machining accuracy, of course, there are very high requirements for the knife tool. If the tool is damaged, the machining performance may be reduced. And in the case of high-precision cutting, unlike general cutting standards, the cutting speed will not be limited by the life of the tool specifications.

Using precision parts stamping technology, it can process large size range, complex shape and high precision stamping parts, which can be used in automotive, electronics, medical and other industries. Precision parts are an indispensable part of product assembly in these industries and play an important role. Therefore, the quality requirements for precision parts are relatively high. In the process of stamping precision parts, it is inevitable that unqualified products will be produced. So, what factors affect quality?
1. Materials. Material is the primary factor affecting the quality of precision parts. If the raw materials of stamping parts are inferior, they can not meet the needs of high-precision products, resulting in problems such as unqualified quality in production.
2. Mold. The mold is a tool to ensure the shape and dimensional accuracy of stamping parts, and its design and manufacturing level is closely related to the quality of stamping parts. If the quality and installation of stamping parts are not qualified, it will not meet the stamping requirements, but also bring a lot of trouble to the staff, resulting in substandard product quality.
3. Procedures. In the process of producing stamping parts, if the correct positioning or feeding frequency is not followed, it will also cause problems, resulting in unqualified product quality.

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