Cell Lab Horizontal High Energy Planetary Ball Mill Machine [Light Version, 0.4L–80L]

Cell Lab Horizontal High Energy Planetary Ball Mill Machine [Light Version, 0.4L–80L]

Precision horizontal planetary mill for uniform, high-energy powder processing

The Cell Lab Horizontal High Energy Planetary Ball Mill (Light Version) delivers exceptional performance in uniform fine grinding, dispersion, and mixing of powder materials.
Its horizontal jar alignment eliminates gravity-induced sedimentation, ensuring consistent particle refinement throughout the milling cycle.

Supporting dry, wet, and vacuum milling, this system enables precise particle control down to ~0.1 µm, making it ideal for laboratories and pilot-scale research in battery R&D, nanomaterials, metallurgy, ceramics, and advanced chemistry.
Engineered with robust gearing and programmable operation, it ensures reproducibility, efficiency, and reduced noise during extended high-energy milling.

Key Features

• Horizontal Jar Design – Prevents non-uniform milling caused by sedimentation, guaranteeing even material mixing.

• 4-Jar System – Compatible with both standard and vacuum jars, supporting multi-batch operations.

• High-Energy Milling Efficiency – Achieves particle sizes down to ~0.1 µm for superior powder refinement.

• Programmable Control System – Enables precise automation with adjustable speed, direction, and interval settings.

• Heavy-Duty Build – Reinforced structure and advanced gearing system ensure quiet, stable, and durable performance.

Technical Specifications

Applications & Industries

Cell Lab horizontal planetary mills are ideal for:

• Battery materials R&D – uniform mixing and particle reduction of cathode/anode powders and solid-state electrolytes.

• Nanomaterial synthesis – controlled high-energy impact for nanoparticle dispersion and alloying.

• Ceramics and composites – homogeneous blending of oxide powders and hard materials.

• Pharmaceutical and chemical research – fine grinding of heat-sensitive or reactive materials.

• Advanced material science – mechanical alloying, dispersion, and solid-state reaction studies.

FAQ

Q1: What advantages does the horizontal design offer?
A: It eliminates gravity-based sedimentation, providing more uniform particle size and improved grinding efficiency compared with vertical mills.

Q2: Can this model perform vacuum milling?
A: Yes. It supports both standard and vacuum jar configurations for oxidation-sensitive materials.

Q3: What particle size can it achieve?
A: Under optimal conditions, the final particle size can reach approximately 0.1 µm.

Q4: Is speed programmable?
A: Yes. The system allows programmable control of speed, duration, direction, and intervals to ensure reproducible results.

Q5: What jar materials are compatible?
A: Compatible with stainless steel, zirconia, alumina, tungsten carbide, agate, nylon, and PTFE jars.