In specific applications, the higher the precision, the more exquisite the precision parts, which can better reflect the processing level and quality. In addition, such products are more popular among customers. In production, CNC machining centers usually have incomparable advantages and characteristics, and the product quality is generally high, so they are used to process high-precision mechanical parts.
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The high-precision mechanical part of the first CNC machine tool has higher working efficiency, and the mechanical part of the CNC machine tool can produce several more inclined surfaces. Compared with ordinary lathes, it can save a lot of production processes and time, and the quality of parts manufactured by CNC machining centers is also much smoother than that of ordinary lathes.
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The processing of high-precision mechanical parts by CNC machine tools plays an irreplaceable role in the research and development of new products. Generally, the processing of mechanical parts with different complexities can be carried out through programming. To modify and update the design, only the program of the lathe needs to be changed, which can greatly shorten the product research and development cycle.
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The processing automation degree of high-precision mechanical parts by CNC machine tools is relatively high, which can reduce the physical labor intensity of workers. Workers do not need to operate the whole process like ordinary lathes, but mainly observe and supervise the lathes. Moreover, the technological content of the corresponding CNC machining center is higher than that of ordinary lathes, so the demand for mental work is also higher than that of ordinary lathes.
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The initial investment is larger than that of ordinary lathes. Due to the high price of CNC lathes, their maintenance costs are high and the first preparation period for production is long.


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