Everyone knows that the dynamic balancing machine is the key instrument for measuring whether the rotor is balanced. This is very important to prevent the vibration of the moving machine. So how can the dynamic balancing machine play a greater role? This requires modular design when designing the dynamic balancing machine. The following small series introduces how the modular design makes the dynamic balancing machine play a greater role.

1. In order to ensure the basic performance requirements, it is also necessary to pay attention to the relatively complete performance of the module, which will meet the requirements of heat dissipation, leakage and other aspects.

2, economic requirements: the original process shape, materials, production methods, etc. are all decisive factors for the economics of the module.

2, the appearance of modular modeling requirements: Today's product development of the design of the shape, beauty, humanity pursuit of higher and higher, so in addition to meet the functional requirements of the product, but also fully take into account the needs of the appearance of the shape. In the process of design, it is necessary to be humanized and take into account the actual situation, and it must meet the environmental requirements and not cost too much.

3, the module requirements of the process, to use more materials, equipment, etc. that do not require special treatment, to avoid the difficulty of special manufacturing, assembly, maintenance, etc. and cost.

4, maintenance should also consider the modularity of the function, the device can have a relatively independent module that can be directly replaced in the event of failure or damage, in order to facilitate the loss of time and cost of repair and replacement.

Applying the modular design on the dynamic balancing machine can better meet the requirements of the above five aspects, not only making the application and maintenance of the dynamic balancing machine simpler, but also fully exerting the role of the dynamic balancing machine.