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Electromagnetic Vibratory Feeder with stainless steel hopper and precision control panel for material metering

Motor Metrics

Metric
Data
Phase

RPM

Voltage
Weight (lbs)
H.P
Output (kW)
Max Vibrating Force (lbs)
Max Vibrating Force (kN)
Amp Draw @100 Volts
Protection Structure
Bearings
Capacitor Starter
Amp Draw @ 230 Volts (460)

Electromagnetic Vibratory Feeder

Model EFL (Electromagnetic Feeder Line) is a versatile conveyor that can deliver both quantity and accuracy of material.

This is achieved with the use of a fast and dribble variable controller along with a scale and weigh controls. Our electromagnetic feeder are offered in a number of sizes, shapes and capacities to suit your bulk processing and conveying requirements.

Technical Design
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Electromagnetic Vibratory Feeder Specifics

Trough Sizes

Widths range from 1.5 inches to 8 inches.​ Lengths range from 12 inches to 36 inches.​

Features

  • Variable Speed Control: Allows operators to adjust material flow rates to suit specific processing needs.​
  • Standard Power Input: Operates efficiently with a 115v/1ph/60hz AC power supply.​
  • Trough and Pan Shapes:
  • Narrow Flat Pans
  • Wide Flat Pans​

Materials of Construction

  • Mild Steel​ Stainless Steel

Applications

Packaging & ​Batching​

Weighing​

The Model EFL Electromagnetic Vibratory Feeder is engineered to serve a wide array of industries, providing reliable material handling solutions in:​

  • Chemical Processing: Facilitates precise handling of chemicals, ensuring accurate dosing and mixing in production lines.
  • ​Concrete Production: Assists in the consistent feeding of aggregates and additives, contributing to uniform concrete mixes.​
  • Food Processing: Offers sanitary and precise feeding of ingredients, essential for maintaining quality and compliance in food manufacturing.​
  • Mining Operations: Capable of handling heavy-duty materials such as ores and minerals, enhancing efficiency in extraction and processing activities.​
  • Recycling Facilities: Enables efficient sorting and processing of recyclable materials, supporting sustainability initiatives.​

By integrating the BPS Model EFL Electromagnetic Vibratory Feeder into your operations, you can achieve enhanced accuracy, efficiency, and reliability in material handling processes across these diverse industries.

Get A Quote

Use our contact form to get a quote or call BPS at 330-220-1440

FAQ

Frequently Asked Questions

What makes the Model EFL different from standard vibratory feeders?
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The Model EFL uses electromagnetic energy to deliver precise, controlled material flow with instant start/stop functionality. Unlike traditional mechanical feeders, it requires no belts, bearings, or gears—reducing maintenance and ensuring smoother, more efficient bulk material handling.
Can the EFL feeder handle fine or delicate materials?
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Absolutely! The electromagnetic drive allows for highly adjustable vibration intensity, making it ideal for handling fine powders, granules, and delicate materials without degradation. It’s perfect for industries like food processing, pharmaceuticals, and chemical manufacturing where precision and consistency are critical.
How does the EFL feeder improve efficiency in bulk material handling?
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With its rapid response time and adjustable feed rates, the Model EFL ensures a consistent, metered flow of materials, reducing waste and optimizing processing speeds. Its energy-efficient design also consumes less power compared to mechanical alternatives, lowering operational costs.
Is the Model EFL compatible with existing processing equipment?
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Yes! The Model EFL is designed for seamless integration with hoppers, conveyors, and packaging systems. Whether you're upgrading your current setup or adding a new feeder, its flexible design and variable frequency controls make it easy to adapt to your production needs.
Vibratory Motor Configurator

Vibratory Motor Configurator

Configure your custom vibratory motor with real-time pricing

Motor Size / Capacity

What size motor do you need?

💡 Why it affects price: Larger motors = more material, higher output, heavier bearings. This is usually the biggest cost driver.

Voltage / Phase

What electrical configuration do you require?

💡 Why it affects price: Special windings or custom electrical configurations raise manufacturing costs.

Pole Count (Speed)

What pole count do you need?

💡 Why it affects price: More poles require more copper/steel in stator/rotor windings → higher cost.

Environmental Rating (IP Protection)

What level of protection do you require?

💡 Why it affects price: Sealing, gaskets, special housings drive costs up.

Duty Cycle / Bearings

What duty cycle do you need?

💡 Why it affects price: Upgraded bearings and lubricants extend life but cost more.

Starter / Controls

Do you need a motor starter or controls included?

💡 Why it affects price: Controls are separate hardware — some customers supply their own, others need them bundled.

Accessories

Would you like to add accessories? (multi-select)

💡 Why it affects price: Each is an add-on item that increases materials + labor.

Documentation / Certifications

Do you require additional documentation or certifications? (multi-select)

💡 Why it affects price: Compliance documentation adds testing/administration overhead.

Configuration Summary

Base Price: $2,500
Total Price: $2,500