CNC Boring and milling machines are products of the high-tech era. They comprehensively utilize cutting-edge technologies such as electronic information technology, automatic control technology, automatic detection technology, and precision mechanical design and production. They are typical mechatronic integrated products, with high technical processes and levels. Compared with non CNC lathes, CNC lathes not only have the characteristics of high machining accuracy, high manufacturing efficiency, and stable product quality, Moreover, CNC boring and milling machines can be used for processing complex inclined parts that are difficult to achieve with ordinary machine tools, or even impossible to produce and process. Therefore, the secondary impact of CNC boring and milling machines in the mechanical manufacturing industry is becoming increasingly critical.
Good rigidity of machine tool: The cross-section of CNC boring and milling machine is larger than that of a flat bed of the same specification, which has stronger resistance to deformation and torsion. The CNC blade of the inclined lathe needs to cut in the upper and lower directions of the workpiece, and the cutting force is basically consistent with the direction of the workpiece's gravity. Therefore, the spindle bearing runs smoothly and is not easy to cause cutting vibration. However, when a regular lathe cuts, the cutting force generated by the CNC blade and workpiece is 90% of the workpiece force, which is easy to cause vibration.
Only by persistently carrying out the daily maintenance work of CNC lathes can we extend the service life of electronic components, increase the damage cycle time of mechanical parts, avoid accidents, and win the long-term stable operation of CNC lathes. Only in this way can we fully leverage the advantages of CNC lathes, achieve the technical performance of CNC lathes, and ensure the normal operation of CNC lathes. Therefore, The maintenance and upkeep of CNC lathes are very important for operators and maintenance personnel, and should be highly valued. We should try to create a good usage scenario for CNC lathes because CNC lathes contain a large number of electronic components, which are afraid of direct sunlight, humidity, dust, vibration, etc., which can affect electronic components or cause short circuit faults between components, leading to abnormal machine operation.
It is recommended to improve the operating rate of CNC boring and milling machines as much as possible during use. Newly purchased CNC lathes should be delivered as soon as possible. The equipment failure rate in the early use of CNC lathes is usually high. Customers need to use CNC lathes flexibly during the warranty period to expose weak points as soon as possible and deal with them within the warranty period. If there are no production tasks, they cannot be idle. They should be plugged in regularly and idle for more than one hour, You can use the heating value of the running CNC lathe to remove or reduce the environmental humidity of the machine body.
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