Reasonable utilization method of excavator bucket teeth

Release time:2025-03-07  0 Views

With the increasing usage of excavators, more and more projects are gradually adapting to the existence of this equipment. But with the use of excavators, the wear and tear of excavator bucket teeth is constantly increasing. So, how should we operate excavators more effectively when using them?

The importance of excavator bucket teeth is self-evident, so more attention should be paid when using them, and correct measures must be taken so that the excavator can be used normally. So, how to use excavator bucket teeth correctly? Let me introduce it to you below.

Correct selection: The use of excavator bucket teeth should first be selected correctly, and the determination of material needs to be based on the environment. Only in this way can the correct selection be better ensured, and the correctly selected bucket teeth can also play a better role in use.

Attention to Angle: The excavator driver should pay attention to the angle of excavation during operation, and try to grasp it as much as possible. When digging, the bucket teeth should be perpendicular to the working surface or the outward inclination angle should not exceed 120 degrees to avoid breaking the bucket teeth due to excessive inclination angle. Also be careful not to swing the digging arm left and right when there is significant resistance,

This will cause the bucket teeth and tooth seat to break due to excessive left and right forces, as the mechanical design principles of most models of bucket teeth do not consider the design of left and right forces.

Timely replacement: The wear of the tooth seat is also important for the service life of the excavator bucket teeth. After the tooth seat is worn down by 10% to 15%, it is recommended to replace the tooth seat because there is a large gap between the worn tooth seat and the bucket teeth, which changes the fit between the bucket teeth and the tooth seat, as well as the force point, causing the bucket teeth to break due to the change in force point.