Key Components & Working Principle

✅ Screen Box – Houses the screen mesh and provides a stable platform for pellet movement.
✅ Screen Mesh – Filters and classifies pellets based on size, ensuring uniformity.
✅ Dual Vibration Motors – Generate synchronized vibration to evenly distribute pellets for efficient cooling and screening.
✅ Cooling System – Utilizes airflow or ambient cooling to lower pellet temperature.
✅ Springs & Supporting Base – Absorb vibration and provide structural stability.

How the Vibrator Cooler Works

✅ Material Feeding – Hot biomass pellets enter the vibrator cooler from the pellet mill.
✅ Vibration & Cooling – The synchronized vibration distributes pellets evenly, while airflow or natural cooling lowers their temperature.
✅ Classification & Separation –
🔹 Fine dust and broken pellets fall through the mesh.
🔹 Standard-sized pellets continue moving forward.
🔹 Oversized pellets are separated for reprocessing.
✅ Discharge – The cooled and classified pellets exit through designated outlets.

Advantages of the Vibrator Cooler

✅ Efficient Cooling – Prevents pellet degradation by reducing heat quickly.
✅ Enhanced Pellet Quality – Removes dust and inconsistencies, ensuring uniformity.
✅ Energy-Efficient Operation – Consumes low power while maintaining high performance.
✅ Durable & Low Maintenance – Built with robust materials for long-lasting operation.
✅ Customizable Vibration & Cooling Settings – Adjust settings based on material type and production needs.

Applications of the Vibrator Cooler

🔹 Biomass Pellet Production – Cools and refines fuel pellets before packaging.
🔹 Animal Feed Processing – Ensures feed pellets maintain quality and structure.
🔹 Recycling & Industrial Processing – Used for organic waste pellet screening and cooling.

The Vibrator Cooler is an essential machine in biomass processing, ensuring efficient cooling, dust removal, and high-quality pellet output for various applications.