Analysis of the Important Role of Temperature in CNC Machining Centers by CNC Lathe Manufacturers
The environmental temperature has a significant impact on the operation of CNC machining centers, whether it is the temperature of the internal operating shaft or the temperature of the exhaust fan. If the temperature is too high, it will cause internal heating of the equipment. If the heat dissipation is not timely, it will cause irreversible damage. Today, we, the CNC lathe manufacturer, will analyze the important role that temperature plays in CNC machining centers.
The ambient temperature of the CNC machining center is less than 30 degrees, and the relative temperature is less than 80%. Generally speaking, CNC control boxes are equipped with exhaust fans or cooling fans to maintain a constant operating temperature or minimal temperature difference of electronic components, especially processors. Excessive temperature and humidity can reduce the lifespan of control system components and lead to more malfunctions. As temperature and humidity increase, dust can increase and cause bonding in integrated circuit boards, leading to short circuits.
During the machining process of CNC machining centers, the impact of thermal deformation on the machining accuracy of CNC lathes is receiving increasing attention. In order to achieve rapid positioning, it is necessary for the workbench and tool holder to move quickly on the guide rail surface. The friction between the workbench and the guide rail will generate a large amount of frictional heat, resulting in thermal deformation of the guide rail. At present, we are working on the impact of thermal deformation of mechanical equipment guide rails on the machining accuracy of parts, as well as how to control and prevent the generation of thermal deformation.
The above is an analysis by our CNC lathe manufacturer Haishu Machinery on the important role temperature plays in CNC machining centers. I hope the above description can be helpful for everyone in using CNC machining centers in the future.