What are the key factors in fine machining technology?

Release time:

2024-01-29 11:32

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The key factors for fine machining technology are manifold, including mechanical equipment, tool technology, process parameters, machining accuracy control, and worker skills. These key factors will be described in detail below.

1, mechanical equipment is one of the important factors affecting the quality of detailed parts processing. Modern CNC machine tools have, good precision and high rigidity and other advantages, can achieve the requirements of detailed parts processing. The spindle accuracy of the machine tool, the decision-making accuracy of the command system and the stability of various auxiliary devices have an important impact on the machining quality.

2, tool technology also plays a key role in detailed parts processing. Tool quality, material selection, geometric design and grinding technology will affect the machining accuracy and surface quality. Correct selection of suitable tools, and the correct use and maintenance, can enhance the cutting rate and machining quality.

3, the selection and control of process parameters is the key link of detailed parts machining. Such as workpiece clamping, cutting speed, feed rate, cutting depth, cutting lubrication, etc., will have an important impact on the processing quality. Correct selection and control of these process parameters, can reduce machining errors and surface roughness, improve machining accuracy.

4, machining accuracy control is a factor that can not be ignored in the processing of detailed parts. The accumulation of machining errors will lead to inaccurate part size and shape distortion. Therefore, it is necessary to determine the machining accuracy by means of accuracy control, such as the preparation of process procedures, the development of machining process cards, the calibration and use of gauges.

5, the influence of workers' skills on meticulous parts processing is also important. The level of experience and the degree of skill of workers is directly related to the quality of machining. Workers need to have a wealth of knowledge and experience in machining, be able to skillfully operate machine tools and cutting tools, and have the ability to analyze and solve problems in the machining process.

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