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Principles of five-axis linkage CNC machining
Date: 2023-10-09
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Principles of five-axis linkage CNC machining

How much do you know about five-axis linkage CNC machine tools? From a professional point of view, in fact, the five-axis linkage CNC machine tool is a machine tool with high technological content and high precision specially used for processing complex curved surfaces. It provides an important means for the development of new technologies, new products and modern industrial production. It is an indispensable strategic industry. This kind of machine tool system has a decisive influence on a country's aviation, aerospace, military, scientific research, precision equipment, high-precision medical equipment and other industries. Five-axis linkage CNC is an extremely important part of the entire five-axis linkage CNC machine tool, and it is also a very critical one. As technology continues to change, many manufacturers in the production industry will give priority to CNC technology cooperation whenever they encounter some complex curved surface parts during the production and processing process. With the development of various aspects, five-axis linkage CNC machining has become more and more mature and rational, which has had a great impact on our technical industry. So what are the principles that must be followed during the processing process? Next, let me briefly introduce it to you.

1. Reasonably arrange the aging process. We must make reasonable arrangements in the processing technology and pay attention to the timeliness. It eliminates various stresses on the spindle box to a certain extent and ensures the accuracy and stability of the spindle box. In addition, we also need to make full use of the processing performance of horizontal machining center machine tools to minimize the process turnover of parts and improve efficiency.

2. For the processing technology in this processing industry, we must reasonably arrange the finishing process to ensure the stability of the dimensional and geometric tolerances of the parts after processing. .

3. Arrange the roughing and finishing processes correctly, and try to correct the processing errors caused by roughing through semi-finishing and finishing. The movement trajectory of the tool is easy to observe, and the debugging program is easy to check and measure. Problems can be discovered in time and the machine can be shut down or modified.

In summary, the above is the editor's preliminary understanding of this product. If you want to know more, please call us at Xiehe CNC Processing.

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