Products Description
The XW-QM-5 Roller Ball Mill system represents advanced technology in ultrafine material processing, specifically designed for laboratory research and small-batch production. This Laboratory Roller Ball Mill combines aesthetic design with functional efficiency, featuring:
- User-friendly operation interface
- Consistent particle size distribution
- High throughput efficiency (85%+)
Application Spectrum
- Advanced electronic materials
- Biomedical formulations
- Specialty ceramic glazes
- Nanomaterial synthesis
- Composite material development
Mechanical Operation
This advanced balls mills system employs precision roller mechanics to generate controlled grinding dynamics. The operational principle involves:
- Synchronized cylinder rotation (50-400rpm)
- Controlled media elevation
- Parabolic material trajectory
- Impact grinding through:
- Direct media collision
- Rolling friction
- Shearing forces
The system achieves:
- Ultrafine particle refinement (D90≤1μm)
- Homogeneous material blending
- Contamination-free processing
Technical Advantages
- Precision Grinding
- Uniform particle distribution
- Adjustable fineness control
- Multi-material compatibility
- Operational Efficiency
- 40% faster processing than conventional mills
- 35% higher energy efficiency
- Continuous operation capability
- User-Centric Design
- Ergonomic control interface
- Low maintenance requirements
- Compact laboratory footprint
- Advanced Safety
- Automatic overload protection
- Emergency stop function
- Vibration monitoring system
Technical Parameters
| Working mode | Single jar, roller ball milling |
| Maximum sample loading | Two-thirds of the volume of the ball mill jar |
| Feed pulling degree | ≤ 10mm |
| Discharge particle size | The finest up to 50-1000 mesh |
| Roller reference speed | 60-570r/min |
| Power | 370W,220V,50HZ |
| Timing range | 0-999min |
| Volume | About 730*415*260MM |
| Weight | About 32KG |
| Maximum load | 35KG |
