Vibrations can be used to for mechanical aid in a multitude of different applications. Some typical applications are covered below; most of these applications tend to focus on our enclosed and encapsulated vibration motors as they are more dust and fluid resistant than traditional ERM vibrating motors, as well as motors in our Dura Vibe™ range of long-life brushless vibration motors.
In many manufacturing processes and production lines, powders, aggregates and other small items need to pass down chutes, or through hoppers. These are susceptible to clogging or blockages. To prevent chutes or hoppers becoming blocked, vibration motors can be attached to agitate the materials passing down, and exit freely.
For small bench-top or laboratory plants the larger vibration motors in our Uni Vibe range can be ideal for assisting the flow of cohesive aggregates through the process being operated.
For ease of mounting and design, our enclosed motors also have screw holes for simple attachment. The motors can be screwed to the bottom of a chute or the side of a hopper and the motor’s vibrations will pass to the fixing object.
A rather unique use for our vibration products is in the emulsification of powders (e.g. milk) into fluids, and other fluid mixing processes. Often these mixes are chemical processes which can be sensitive to temperature fluctuations and agitation, requiring a very specific and stable environment.
In some cases the agitation provided by mechanical mixing is too vigorous, and these applications can be better served with vibration motors. We have helped customers over a wide range of application areas and would be more than willing to offer some advice and suggestions for suitable parts. Feel free to contact us with your questions.
We sell ‘1+ quantities’ of our stock vibration motors, and so many of our parts are used in research and academia, where experiments in laboratory environments and need a source of vibration. We have a wide range of vibration motors off-the-shelf with different vibration frequencies and amplitudes available, so you are sure to find a motor which meets your needs.
To help you select the best part for your application, we have a guide to understanding our datasheets and their values. Alternatively you can