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2024

Working principle of inertial vibration feeder

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Inertial vibration feeder is a kind of equipment that realizes material transportation by adjusting vibration force and frequency. Its working principle mainly includes four parts: vibrator, blanking groove, spring support and vibration structure. First, the vibrator generates a transverse or longitudinal vibration force, so that the material produces inertial vibration in the blanking chute. Then, the spring support plays a role of shock absorption and support to ensure that the vibration can be smoothly transmitted to the material. Then, the vibration structure will transmit the vibration force to the blanking chute, so that the material will be vibrated and transported along the feeder.
The working principle of the inertial vibration feeder is to transfer energy between materials through repeated vibration, so as to achieve uniform conveying effect. When the vibration force and frequency of the vibrator output are appropriate, the material can flow evenly according to the demand to avoid blockage and overflow. In addition, by adjusting the working parameters of the vibrator, precise control of the speed and amount of material delivery can be achieved.
In short, the inertial vibration feeder realizes the effective transportation and measurement of materials through precise vibration control. It is widely used in chemical industry, metallurgy, building materials and other fields, and plays an important role in the production process.

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