8L Benchtop Planetary Ball Mill Multi-Sample Grinding System with XQM-8 and Rotate Speed of 70-580 RPM

8L Benchtop Planetary Ball Mill - Advanced Multi-Sample Grinding System

Product Introduction

Our 8L square-type planetary ball mill represents the next generation of laboratory grinding technology, designed to meet the rigorous demands of modern material research and production. This high-capacity benchtop system combines innovative engineering with practical functionality, offering researchers and industrial professionals an efficient solution for nanomaterial preparation, fine powder processing, and advanced material development.

Advanced Operational Mechanism

The mill employs a sophisticated planetary motion system where four independently mounted grinding jars simultaneously rotate around their own axes while revolving around the central axis. This dual-rotation mechanism creates powerful centrifugal forces, generating intensive grinding energy that efficiently reduces particle sizes to as small as 0.1 microns. The system's unique square configuration ensures optimal energy transfer and uniform grinding results across all four sample chambers.

Comprehensive Application Range

This versatile equipment finds application across numerous scientific and industrial disciplines:

• Advanced materials research (nanomaterials, composites)

• Metallurgical analysis and mineral processing

• Pharmaceutical formulation development

• Ceramic and glass material engineering

• Environmental sample preparation

• Chemical compound synthesis

• Biological material processing

Key Technical Advantages

1. Multi-Sample Processing Capacity: Simultaneously process up to four 2000ml samples with independent control options

2. Precision Grinding Control: Digital frequency conversion system allows exact speed adjustment from 50-800 RPM

3. Enhanced Safety Features: Integrated safety interlock system with automatic power cutoff when opened during operation

4. Advanced Process Programming: Customizable grinding cycles including continuous, intermittent, and reverse rotation modes

5. Optimized Structural Design: Low-profile construction with vibration-dampening technology for stable operation

6. Material Versatility: Compatible with both dry and wet grinding methods for diverse sample types

7. Vacuum Compatibility: Optional vacuum jar configuration for specialized material processing requirements

Performance Characteristics

The system's robust gear transmission mechanism ensures consistent rotational precision and repeatable experimental results. Its energy-efficient design delivers powerful grinding performance while maintaining low noise levels (<75dB) suitable for laboratory environments. The user-friendly interface features programmable operation parameters, allowing researchers to optimize grinding conditions for specific material requirements.

Industry-Specific Benefits

For research institutions, this mill provides unparalleled efficiency in sample preparation, significantly reducing experimental turnaround time. Industrial users benefit from its small-batch production capability, enabling material development and quality control testing. The system's reproducible results and flexible configuration make it an essential tool for advancing material innovation across multiple sectors.

Technical Features

Technical Parameters

Accessories of Mill Jars & Balls

Available Mill Jars:

304 stainless steel mill jar, 316 stainless steel mill jar, tungsten carbide mill jar, agate mill jar, alumina ceramic mill jar(also called corundum mill jar), zirconia mill jar, nylon mill jar, polyurethane mill jar, mill jar (PTFE), and etc.

Available Mill Balls:

304 stainless steel mill balls, 316 stainless steel mill balls, tungsten carbide mill balls, agate mill balls, alumina balls, zirconia mill balls, and etc.