At present, CNC lathes are relatively precise instruments and equipment in industrial production, with very high requirements for the environment and operation. Environmental factors such as dust pollution, sound source vibration, temperature and humidity have a significant impact on them. Moreover, if one is not proficient or inexperienced during operation, it is easy to cause material waste. Today, CNC lathe manufacturers will explain the environmental requirements and operating precautions during the use of CNC lathes.
CNC lathes should be kept away from vibration sources, avoid direct sunlight and thermal radiation, and avoid the influence of moisture and airflow. If there is a vibration source near the CNC lathe, anti vibration grooves should be installed around the machining center. Otherwise, it will directly affect the machining accuracy and stability of the CNC lathe, which will lead to poor contact of electronic components, cause malfunctions, and affect the reliability of the CNC lathe.
He can maintain the appearance of the machining center from external corrosion. He has many types. There are: organ cover, steel cover, these two are used on the track. Screw covers are also used on the machining center screws: circular, square, and polygonal. These methods are different. The protective cover of the machining center is suitable for wire support and stitching. There are also roller blinds and armor shields. During the reaming process of a CNC lathe, if the reamer is stuck, do not forcefully rotate the reaming bar to avoid the reamer breaking. Instead, remove the reamer, remove the chips, and check if the reamer can break. If there is slight wear or breakage, grind it and apply cutting fluid for intermittent reaming.
A high rigidity lathe means high efficiency. Note that efficiency refers to the volume of metal removed per unit time. Slow cutting with a large cutting depth may not necessarily result in high efficiency, while fast cutting with a small cutting depth may not necessarily result in low efficiency. A lathe with high rigidity does not necessarily have high performance, nor does it represent high quality. Ordinary stability specifically refers to how long the physical capabilities such as accuracy and rigidity of the lathe are maintained, that is, the length of time the lathe performance is maintained, and it is also a major indicator that affects users' choices of lathes.
The above is the environmental requirements and operating precautions for the use of CNC lathes compiled and released by the CNC lathe manufacturer Haishu Machine. We hope that the above explanation can be helpful for everyone when using CNC lathes in the future.