CNC lathe manufacturers describe the six major manifestations of spindle abnormalities
The stability of the spindle during the operation of a CNC lathe is very important. It not only affects the work efficiency of the entire operation process, but also has a certain protective effect

on the safety of the system. However, sometimes when the spindle shows abnormal behavior, if we handle it in a timely manner, it will not have a significant impact. However, if we do not pay

attention, it may cause very serious consequences. Today, our CNC lathe manufacturer, Haishu Machinery, will explain the six major manifestations of spindle abnormalities to you.
1. Abnormal temperature rise. Electric motors and bearing gearboxes commonly used in various pipe threading lathes.
2. Abnormal rotational speed. Due to sudden changes in load or mechanical problems with the machine tool, the operating speed of the machine tool exceeds or falls below the normal speed.
3. Excessive oscillation and noise. Poor planning, manufacturing defects, device defects, imbalanced component operation, component wear, lack of smoothness, and foreign objects entering the

machine tool can all lead to abnormal machine tool oscillation or excessive noise.
4. Present a collision sound. It may be due to loose or detached components, foreign objects entering, rotor imbalance, etc.
5. Abnormal input and output parameters. Manifested as: changes in machining accuracy; Changes in machine tool efficiency; Abnormal power consumption of machine tools; Abnormal quality of processed

products; The sudden decrease in feeding amount indicates that there is leakage or blockage in the production system; Machine tool operation with defects.
6. Internal defects of pipe threading lathe. Including cracks in the components that make up the machine tool; The insulation quality of electrical equipment and facilities has decreased; Defects

caused by corrosion.
The above are the six major manifestations of spindle abnormalities compiled and released by our CNC lathe manufacturer Haishu Machinery. I hope the above explanation can be helpful for everyone in

using CNC lathes in the future.