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For the CNC horizontal machining center, it is necessary to take preventive measures to prevent electric shock and electrical accidents caused by the high voltage in the main electrical cabinet, control panel, transformer, motor, terminal box, or operation panel and its area during the operation. At the same time, it is also necessary to pay attention not to touch the switch of the machine tool with wet hands to prevent electric shock. It needs to be checked once a quarter to prevent the line from aging or some machine tool function errors, to prevent accidents from happening in the future, and control the occurrence of accidents from the source.
At the same time, prepare a solid workbench around the machine tool, and do not slide its surface. Only by carrying out the inspection correctly, and then operating according to the operation manual in the process of operation, can the machine tool operate better and prolong its working life of the machine tool.
The CNC horizontal machining center should be far away from the vibration source and should avoid the influence of direct sunlight and thermal radiation, as well as the influence of humidity and airflow. If there is a vibration source near the NC machine tool, anti-vibration grooves should be set around the machining center. Otherwise, it will directly affect the machining accuracy and stability of the CNC machine tool and will cause poor contact and failure of electronic components, which will affect the reliability of the machining center.
The vibration resistance of the CNC horizontal machining center refers to the ability of the machine tool to resist deformation under alternating load, also known as dynamic stiffness, which represents the dynamic performance of the machining center. It includes the ability to resist forced vibration and the ability to resist self-excited vibration. The former is customarily called vibration resistance, and the latter is usually called cutting stability.