Mini Electromagnetic Feeder (GZV Series)

The Mini Electromagnetic Feeder (GZV Series) is a compact, high-precision feeding device designed for controlled delivery of powder and granular materials in automated systems.

It operates based on electromagnetic vibration and resonance principles, enabling continuous, uniform, and adjustable feeding with extremely low energy consumption.

This feeder is widely used in industries such as:

  • Food processing
  • Chemical engineering
  • Grain handling
  • Electronics manufacturing
  • Laboratory material testing

It supports batching, dosing, and quantitative packaging, and can be fully integrated into centralized or automated control systems.

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Working Principle of Electromagnetic Feeder

Conveyor: The Mini Electromagnetic Feeder uses:

  • Electromagnetic excitation force
  • Mechanical resonance system
  • Thyristor half-wave rectified power control

This allows:

  • Continuous micro-throw motion of material
  • Stable conveying without rotating parts
  • Stepless adjustment of feed rate

Compared with traditional feeders, it eliminates mechanical transmission losses and lubrication systems.

Electromagnetic Feeder (GZV Series)
Electromagnetic Feeder (GZV Series)
Electromagnetic Feeder
Electromagnetic Feeder

Advantages of Mini Electromagnetic Feeder

1. Ultra-Low Energy Consumption: Using resonance-based vibration, energy usage is reduced by over 30% compared to conventional feeders.

2. High Feeding Accuracy (±1%): Precise control via electromagnetic force + control box ensures stable output even under voltage fluctuations.

3. Compact & Lightweight Design

  • Minimum weight: 4 kg
  • Ideal for lab or small production lines
  • Easy integration into existing systems

4. Maintenance-Free Operation

  • No rotating parts
  • No lubrication required
  • Long service life

5. Reduced Wear: Material is continuously thrown forward, minimizing direct friction on the trough.

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Technical Specification

ModelCapacity (t/h)Amplitude (mm)Frequency (r/min)Power (W)Voltage (V)Weight (kg)
GZV10.11.5300052204
GZV20.51.5300082207
GZV311.530002022012
GZV421.530002522018
GZV541.530003022027

Control System:

  • Controller Model: XKZV-II
  • Control Mode: Thyristor half-wave rectification
  • Frequency: 50Hz

Applications

The Mini Electromagnetic Feeder is engineered for precision feeding tasks:

Food Industry

Grain, nuts, seeds, powder dosing

Chemical Industry

Powder batching and additive feeding

Electronics Manufacturing

Electronics Manufacturing

Micro-component feeding

Laboratory Use

Small-scale controlled material testing

Selection Guide

Choose the right Mini Electromagnetic Feeder based on throughput:

  • 0.1–0.5 t/h → GZV1 / GZV2
    → Lab use or light-duty feeding
  • 1–2 t/h → GZV3 / GZV4
    → Medium-scale production
  • 4 t/h → GZV5
    → Industrial continuous feeding

Important considerations:

  • Material temperature (<300°C recommended)
  • Moisture and flowability
  • Explosion-proof requirements (not suitable for hazardous environments)

Why Choose GZV Mini Electromagnetic Feeder?

Compared to traditional feeding systems, this Mini Electromagnetic Feeder provides:

  • Higher precision
  • Lower operational cost
  • Smaller footprint
  • Better automation compatibility

It is especially suitable for modern smart manufacturing systems requiring accuracy and consistency.

FAQs

A Mini Electromagnetic Feeder is used for precise feeding of powders and granular materials in industries like food, chemical, and electronics. It is ideal for dosing, batching, and automated packaging systems where accuracy and consistency are critical.

It operates using electromagnetic vibration and resonance principles. The feeder generates controlled micro-vibrations that move materials forward continuously, while a thyristor controller allows stepless adjustment of the feed rate.

It is suitable for powders, granules, and small particles such as grains, chemical powders, and electronic components. However, it is not recommended for materials above 300°C or in explosive environments.

Key advantages include low energy consumption, compact structure, high precision (±1%), minimal wear, and maintenance-free operation due to the absence of rotating parts.

Selection depends on required capacity:

  • Small-scale: GZV1–GZV2
  • Medium: GZV3–GZV4
  • Large: GZV5
    Also consider material properties and working environment.

Yes, it can be easily integrated into automated production lines and centralized control systems, making it ideal for smart manufacturing and precision dosing applications.

Get a Free Consultation

Fill out the form below to connect with our experts and receive personalized recommendations for your application.

  • Material Type
  • Material Size/Granulation
  • Required Screening/Conveying Capacity
  • Material Flow Rate
  • Moisture Content
  • Separation Requirements
  • Special Features or Customization Needs
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