Cell Lab Air-Cooling Planetary Ball Mill Machine[1–4 L Capacity, 4-Jar]

Cell Lab Air-Cooling Planetary Ball Mill Machine[1–4 L Capacity, 4-Jar]

Advanced planetary ball mills with integrated air-cooling for high-energy, temperature-stable milling

The Cell Lab Air-Cooling Planetary Ball Mill series is engineered to solve one of the most critical challenges in high-energy milling—heat accumulation.
Featuring an integrated air-cooling circulation system, it maintains stable internal temperatures even during prolonged operation, allowing continuous grinding without performance loss or thermal damage to sensitive samples.

With capacities ranging from 1 L to 4 L, this series is suitable for research and pilot-scale processing across materials science, chemistry, battery research, metallurgy, pharmaceuticals, and advanced nanomaterial studies.
The result: finer particle sizes, extended run times, and preserved sample integrity—all in a compact, durable laboratory design.

Key Features

• Built-in Air-Cooling System – Circulates cold air around the grinding jars to effectively dissipate heat and prevent thermal degradation.

• Continuous Long-Duration Milling – Enables extended grinding cycles without the need for cooling breaks, increasing overall throughput.

• Sample Integrity Protection – Minimises thermal stress and prevents oxidation or phase transformation of heat-sensitive materials.

• Enhanced Milling Efficiency – Achieves finer particle sizes and improved uniformity compared with conventional planetary mills.

• Compact, Research-Ready Design – Available in 1 L, 2 L, and 4 L configurations with consistent performance, programmable control, and low vibration.

Technical Specifications

Applications & Industries

Cell Lab Air-Cooling Planetary Ball Mills are ideal for:

• Battery R&D and materials synthesis – preventing overheating of electrode and electrolyte powders.

• Nanomaterial fabrication – stable low-temperature milling for uniform nanoparticle size control.

• Pharmaceutical and chemical research – maintaining compound stability during fine grinding.

• Metallurgy and ceramics – efficient dispersion and alloy powder refinement under controlled temperature.

• Polymers and composites – low-heat milling of thermally sensitive polymers and fillers.

FAQ

Q1: What is the main advantage of the air-cooling system?
A: It continuously removes heat generated during high-energy milling, maintaining a stable internal temperature and preventing degradation or oxidation of heat-sensitive samples.

Q2: Can this mill operate continuously for long durations?
A: Yes. The integrated air-cooling mechanism enables extended operation without the need for manual cooling breaks.

Q3: What materials are suitable for this planetary mill?
A: It can process ceramics, battery powders, metal oxides, composites, polymers, and pharmaceutical compounds.

Q4: Can jar materials be customised?
A: Yes. Compatible jar options include stainless steel, zirconia, agate, alumina, nylon, PTFE, and tungsten carbide.

Q5: How does it compare to a cryogenic planetary mill?
A: While cryogenic mills use liquid nitrogen for ultra-low temperature grinding, this air-cooled model is ideal for general heat-sensitive materials that do not require sub-zero environments.