Volumetric Vibratory Feeders – Reliable Solutions for Accurate Dry Bulk Material Feeding

VIBRANT Volumetric Feeder Machines are designed to handle dry bulk materials with precision and reliability. Known for their simple design and flexible control, these feeders are dependable and offer an exceptionally long service life, making them ideal for various industrial applications.

Key Features
  • Core Components – The Volumetric Feeder Machines consist of four key parts:
    • Supply Hopper – Stores bulk materials for consistent feeding.
    • Hopper Vibrator – Ensures smooth material flow without blockages.
    • Vibrating Feeder – Regulates material flow with precision.
    • Support Frame – Provides stability and robust support.
  • Electronic Controllers – Supplied with all units, allowing the operator to regulate feed rate by adjusting the intensity of the electromagnetic feeder’s vibrations.
  • Adjustable Material Depth – Controlled by modifying the opening between the hopper and feeder trough, enabling flexibility in handling various materials.
  • Timers for Intermittent Feed – Included for applications requiring periodic material feeding.
  • Special Controllers for Precision Feeding – Options available for coarse and fine feeding, along with a load cell weighing mechanism for enhanced accuracy.
Applications of VIBRANT Volumetric Feeder Machines
  1. Consistent Feeding of Dry Bulk Materials
    • Ensures smooth and accurate material flow in industrial operations.
  2. Handling of Varied Material Types
    • Suitable for materials with different densities and flow characteristics.
  3. Precise Material Flow Control
    • Enables operators to achieve coarse or fine feeding through specialized controllers.
Performance and Capacity
  • Capacity Range: Available in models with capacities ranging from a few kilograms to several tons per hour, based on application requirements.
  • Versatility: Adjustments in material density, feeder trough dimensions, and control settings allow the machine to handle a variety of materials efficiently.