How to Maintain CNC Cutting Machine
How to maintain CNC cutting machine
The use of CNC cutting machines is related to daily production schedules. Therefore, in addition to the failure of the maintenance and repair work of the CNC cutting machine, it is necessary to carry out the necessary maintenance and repair of the CNC cutting machine every day. In the use of the CNC cutting machine, it is divided into the maintenance and repair of the mechanical part and the maintenance of the pneumatic part. In order to facilitate users to be familiar with the maintenance points of the two types of equipment, we analyze it for you.
Firstly, check the pneumatic system. When it is found that the air leaks and parts that cannot be used normally should be treated in time to ensure the smooth flow of the air. Frequently wipe the dust and debris from the airway to prevent premature aging of the airway.
Secondly, maintain the pressure reducing valve and adjust the pressure reducer.The pressure should be adjusted from small to large to ensure continuous adjustment of the pressure reducer. If the pressure cannot be continuously adjusted or the gas leaks from the safety valve, a new pressure reducer must be replaced. Fitting the parts of the gas pressure reducer by yourself will cause equipment damage and even serious personal injury.
Thirdly, maintain cutting torch, cutting nozzle, and tempering preventer.
There are many aspects of the mechanical hardware of the CNC cutting machine. If all of them are listed, it is not only difficult for the equipment users, but also inconvenient for daily maintenance and use of the equipment. The operator can start from the following three aspects to implement the maintenance of the mechanical hardware of the equipment:
1. Clean each guide rail frequently to eliminate dust and other debris. The rack should be wiped frequently and lubricated to ensure lubrication without debris.
2.Clean the dust and dirt in the machine once a week, all electrical cabinets should be strictly dust-proof
3.check the straightness of the track and the verticality of the machine.