The high-rigidity CNC vertical lathe is a high-precision processing equipment that is widely used in various mechanical processing fields. Before using this equipment for processing, some preparation work is required to ensure that the equipment can complete the processing tasks efficiently and accurately.

First, you need to check whether all parts of the device are intact. This includes checking whether the transmission components and electrical components are loose or damaged, checking whether the surface of the guide rail and sports car is flat, checking whether the cutting tools are worn, and checking whether the lubrication system is working properly. If any problems are found, the corresponding parts should be repaired or replaced in time.

Secondly, equipment debugging and calibration need to be carried out. This includes setting the workpiece coordinate system and tool coordinate system, selecting appropriate processing tools, processing parameters and processing programs. In addition, related operations such as equipment machining center point calibration and tool length compensation are also required. These debugging and calibration steps ensure that the equipment can accurately perform processing operations and meet processing requirements.

After completing the debugging and calibration of the equipment, various parameters need to be tested and confirmed. Including testing and confirmation of processing accuracy, processing efficiency, and processing quality. If any problems are found, the corresponding parameters should be adjusted and debugged in time to ensure that the equipment can operate normally.

Finally, safety training and operating procedures are explained. Before using the equipment, it is necessary to ensure that all operators understand the use methods and precautions of the equipment, master the safe operating procedures of the equipment, and ensure the safe operation of the equipment.

The preparation work required before using the high-rigidity CNC vertical lathe includes checking whether the equipment is intact, debugging and calibrating the equipment, testing and confirming various parameters, as well as conducting safety training and explaining operating procedures. The completion of these preparations can ensure that the equipment can complete the processing tasks efficiently and accurately, while ensuring the safety of the operators.