As we all know, truss manipulators play a key role in automatic production. They have become one of the indispensable equipment in today's processing and manufacturing industry with their superior operating ability and stable performance. When using real and effective truss manipulators, they also need to be well maintained as follows to ensure their stability and durability, so that they can operate more efficiently.

1. Pay attention to the lubrication of bearing and guide rail.

Bearing and guide rail are one of the important accessories that determine the stability of truss manipulator operation. To ensure the stability of truss manipulator operation with good quality, it is necessary to timely clean the dust on the guide rail, and clean up its metal fragments and powder. Only by maintaining proper lubrication can the linear guidance system of the truss manipulator be more stable.

2. Pay attention to the stability of the equipment cycle.

The cycle period of the truss manipulator determines the operating frequency, so it should be noted whether the bearing is normal or whether the rotating member is stuck during the market inspection. The truss manipulator with good quality can improve the production efficiency only by checking the corresponding circulation equipment during maintenance and ensuring that the manipulator operates more stably.

3. Note the oscillation frequency of the forming equipment.

The operation of the truss manipulator with the standard configuration is that the corresponding molding equipment template has certain fluctuations. Therefore, when maintaining a true and effective truss manipulator, it should ensure that the mold movement is adjusted to a reasonable state, so that the number of times the truss manipulator shakes can be reduced and the service life of the equipment can be improved. In addition, less shaking can also make the molding effect of the truss manipulator more excellent.

The above contents are the description of truss manipulator maintenance. However, the truss manipulator may be worn when it runs at a high speed. Therefore, consumers must carry out daily inspection and maintenance correctly from the above aspects if they want to maintain a more stable performance of the truss manipulator. Only in this way can we fundamentally improve the grasping capacity of the truss manipulator, improve the production efficiency, and meet the requirements of daily production and automatic production with better operational performance.