TENCAN 4-Station Full-Directional Planetary Ball Mill (1.5 L × 4) | CE Certified

Next-Generation Grinding Technology

The TENCAN 4-station full-directional planetary ball mill is a next-generation powder processing system designed for high-uniformity micron and nano-scale grinding. Featuring an advanced 360° multi-axis planetary motion, this benchtop mill delivers exceptional grinding consistency for advanced material research and small-batch production.

With four 1500 ml grinding jars, the system enables simultaneous processing of multiple samples while maintaining laboratory-grade precision and excellent reproducibility.

Innovative Omnidirectional Motion System

The patented full-directional planetary mechanism creates a true 3D grinding environment, where each jar rotates simultaneously around multiple axes. This complex motion generates evenly distributed impact and shear forces, allowing materials to be ground down to ~100 nm scale with high uniformity.

Continuous 360° rotation eliminates grinding dead zones, prevents material accumulation, and significantly improves milling efficiency compared with conventional planetary ball mills.

Specialized Material Processing Applications

This system is optimized for demanding materials and high-value research fields, including:

• Energy Storage Materials – battery cathodes, solid electrolytes

• Advanced Ceramics – structural ceramics, functional ceramics, bioceramics

• Electronic Components – MLCCs, varistors, ferrites

• Nanocomposites – graphene hybrids, quantum dots

• Pharmaceutical Compounds – API micronization

• Optical Materials – phosphors, luminescent powders

Technical Excellence

• True 3D Milling: Full elimination of grinding blind spots

• Intelligent Control System: Digital frequency regulation with programmable operation

• Optimized Material Flow: Prevents agglomeration and ensures uniform dispersion

• High Batch Efficiency: Four independent 1.5 L chambers for parallel processing

• Integrated Safety Protection: Emergency stop and intelligent interlock system

• Versatile Media Compatibility: Supports various grinding media materials

• Controlled Atmosphere Ready: Adaptable for vacuum or inert gas milling

Performance Advantages

The refined mechanical architecture delivers high energy utilization, achieving approximately 30% higher impact energy than conventional planetary ball mills. Precision-balanced rotation ensures stable operation with a noise level of approximately 68 dB, while the reinforced structure minimizes vibration during continuous operation.

The intuitive control interface allows precise adjustment of milling parameters, enabling reliable processing of specialized and sensitive materials.

Industry-Specific Benefits

• Research Laboratories: Consistent nano-scale powders with excellent particle size uniformity

• Industrial Users: Scalable, repeatable results with transferable process parameters

• Advanced R&D Applications: Ideal for materials requiring strict control of particle size and morphology

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.