Industries / Mining / Process Equipments / Complete Feeder System / Vibratory Feeder
Vibratory Feeder
Complete Feeder System
Vibratory Feeder
Electromagnetic or motor-driven tray that uses vibration to feed granular materials.
• Design: Tuned frequency, customizable tray geometry, optional hopper integration
• Function: Gentle handling, consistent flow, ideal for batching or screening feed
• Applications: Silica fines, powders, crushed minerals, granular additives, etc.
• Design: Tuned frequency, customizable tray geometry, optional hopper integration
• Function: Gentle handling, consistent flow, ideal for batching or screening feed
• Applications: Silica fines, powders, crushed minerals, granular additives, etc.
Precision controlled of Bulk flow for Granular & Fragile Materials
Our Vibratory Feeder is a finely tuned system that uses electromagnetic or motor-driven vibration to deliver consistent, gentle, and controlled flow of granular materials. Ideal for batching, screening, or feeding into downstream equipment, it ensures minimal degradation and dust generation—perfect for foundry sand, crushed minerals, and granular additives.
- Key Points
- Custom tray profiles and tuned frequencies ensure smooth, clog-free flow across granular materials.
- Vibratory feeders offer precise control from zero to full flow—critical for batching and screening operations.
- Smooth interfacing ensures consistent flow and reduces downstream variability.
- Tailored to plant layout, material flow behaviour, and operational goals.
Technical Specification
| Description | Unit | Model VF-650 |
| Trough Size (W × L) | mm | 650 × 900 |
| Max Feed Size | mm | 150 mm |
| Feed Rate (Max)* | TPH | As per Requirement |
| Drive Power | kW | As per Requirement |
| Drive Type | — | Twin Motor |
| Inclination Angle | ° | 10–20 |
| Mounting Type | — | Spring / Rubber |
| Construction Material | — | MS / SS |
| Surface Finish | — | Painted / Powder Coated |
| Control Options | — | Manual / VFD |
*Feed rate depends on material bulk density, screw speed, and loading ratio.