TENCAN Vibratory/High-Efficiency Grinding System – Automated Powder Processing

Working Principle

The system operates through synchronized mechanical action, combining rotation and impact for precise particle reduction:

1. Material & Media Rotation: Materials and grinding media rotate at optimized speeds for uniform energy transfer.

2. Impact & Shear Reduction: Particles are reduced through repeated impact, friction, and shear forces.

3. Continuous Sieving & Discharge: Qualified particles are automatically separated and discharged, while oversized particles remain for further grinding.

4. Automated Collection: Integrated collection system ensures efficient powder recovery with minimal loss.

This mechanism provides consistent particle size, high throughput, and contamination-free operation.

Technical Features

• Multi-Material Liners: Optional alloy steel, stainless steel, polyurethane, zirconia, or corundum ceramic.

• Smart Discharge System: Automatic separation of grinding media and powder.

• Dust-Free Operation: Protective jacket maintains sample purity.

• Energy Efficient: Low noise and minimal power consumption.

• Precision Control: Adjustable parameters to accommodate different material properties and process requirements.

Applications

• Electronic component powders

• Advanced magnetic materials

• Pharmaceutical preparations

• Ceramic glazes and pigments

• Non-metallic mineral processing

• New material development