What is a vibrating feeder used for?

A vibrating feeder is used in industrial settings to dose and convey bulk materials in a controlled and continuous way, ensuring a constant flow to the subsequent process steps.

How does an industrial vibrating feeder work?

A vibrating feeder generates vibrations that move the material along a channel or tube, allowing regular and accurate feeding.

How can powders and granules be accurately dosed?

By using vibrating feeders, the material flow rate can be controlled by adjusting the vibration intensity and system configuration.

What is the difference between an electromagnetic and a mechanical feeder?

Electromagnetic feeders provide greater dosing accuracy, while mechanical feeders are more suitable for applications with high flow rates.

When should a closed tubular vibrating feeder be used?

The use of a closed tubular vibrating feeder is recommended when it is necessary to contain the material, avoid dispersion, or work in environments that require higher standards of hygiene or safety.

Description

AV-M Electromagnetic Feeder

Vibrating Feeders

The Vibrowest electromagnetic feeder is the ideal solution to ensure a constant, controlled and silent dosing of bulk materials, powders or granules. Designed to integrate perfectly into automatic or semi-automatic production lines, this system ensures a smooth and uniform flow, optimising the feed phases to screeners, conveyor belts, packaging machines or other processing plants. Thanks to its compact structure and fine-tunability, the electromagnetic power supply is suitable for a wide range of industries, including food, chemical, pharmaceutical, plastic and ceramic.

Operation

The operating principle is based on a vibration system generated by an electronically controlled electromagnet. The oscillation transmitted to the feed tank advances the material in a progressive and controlled manner, without the use of continuously moving mechanical parts. The frequency and amplitude of the vibration can be adjusted in real time via an electronic control panel, allowing the flow rate to be adapted to the specific needs of the process. This ensures precise feeding, even for fragile or difficult-to-manage materials.