How should Manhart (Guangdong) CNC Machine Tool Co., Ltd. take response measures when facing the risk of overload of CNC bending machines?

When facing the risk of overload in CNC bending machines, the following measures should be taken:

1. Immediate shutdown inspection: Once an overload phenomenon is found on the CNC bending machine, the equipment should be stopped immediately and the power should be turned off. Then inspect the various components of the equipment, especially the motor, transmission system, and bending mechanism, to find the cause of overload.

2. Troubleshooting: Based on the inspection results, determine the specific cause of the overload. It may be caused by unsuitable molds, excessive material thickness, improper processing parameter settings, and other reasons. Take corresponding measures to troubleshoot these reasons, such as replacing suitable molds, adjusting processing parameters, etc.

3. Reduce load: If the overload is caused by excessive processing load, you can try to reduce the load. This can be achieved by reducing the thickness of the processed material, adjusting the processing sequence, optimizing the processing path, and other methods.

4. Seek professional help: If the cause of overload cannot be determined or the fault cannot be eliminated, seek professional help in a timely manner. They have rich experience and professional knowledge, which can help quickly solve problems and avoid further equipment damage.

5. Strengthen preventive measures: While dealing with the risk of overload, preventive measures should also be strengthened to avoid similar problems from happening again. This includes regular inspection and maintenance of equipment, control of processing load, selection of appropriate molds, optimization of processing sequence, etc.

In summary, when facing the risk of overload of CNC bending machines, it is necessary to immediately stop the machine for inspection, troubleshoot, reduce the load, and seek professional assistance. At the same time, strengthen preventive measures to reduce the probability of overload risk and ensure the safe and stable operation of equipment.