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Vibrating feeders

A vibrating feeder controls the flow of the bulk material. The machine is normally placed in a tunnel and intermediate layer, beneath feed hoppers or silos. The feeder vibrates the material out from there.

The vibration feeder is versatile, with a number of different advantages, as they produce a good spread of material, create an even flow, manage high temperatures, withstand heavy impacts and sharp material.

Together with our collaborative partners, we design the construction according to the conditions you have. It can, for example, concern the feeder’s wear material, type of operation, requirement for dosing and capacity.

Category:
Tags:
  • Crushed rock
  • Ore
  • Dressed ore
  • Limestone
  • Sand
  • Cement
  • Salt
  • Coal
  • Fertiliser
  • Waste
  • Scrap
  • Wood chips
  • Slag
  • Grain
  • Gypsum

The best solutions are produced when we think holistically

Our system of belt conveyors and other components enables us to tailor a solution for your specific plant and the material you are going to transport. Get in touch and we can provide an optimum solution for your transportation.

Frequently Asked Questions about Vibratory Feeders

What is a vibratory feeder?
A vibratory feeder is a machine that moves, doses, or sorts material using vibratory energy. It is commonly used in industrial processes where controlled material handling is required.
What materials can be handled?
Vibratory feeders can handle raw materials, powders, granulates, biomass, minerals, crushed material, and finished products.
How does a vibratory feeder work?
Vibration generated by a motor or other power source is transferred to the material, causing it to move along the feeder. Feed rate and flow are controlled via frequency and amplitude.
What are vibratory feeders used for?
They are used for conveying, dosing, and screening/sorting materials in industrial processes.
What types of vibratory feeders are there?
Different types exist depending on material flow, capacity requirements, and application, such as linear vibrators, dosing feeders, and screening feeders.
What are the advantages of vibratory feeders?
They provide consistent material feed, high process control, low spillage, and easy integration with automated systems.
How do I choose the right vibratory feeder?
Selection depends on material type, capacity, particle size, required accuracy, and operating environment. We size and specify the solution together with our partners.
Are vibratory feeders safe to use?
Yes—when installed and maintained correctly. It is important to follow safety recommendations and inspect the machine regularly.
What maintenance is required?
Regular inspection of hangers/suspensions, vibrators, fasteners, and drive systems, plus checks of wear parts. Service intervals vary with load and operating conditions.
Can vibratory feeders be customized?
Yes—solutions can be customized for wear protection, capacity, vibration level, drive type, and specific material requirements.