16L Capacity Planetary Ball Mill with Four-Jar Synchronous Operation for 0.1μm Nano Powder Grinding

The TENCAN semi-circular vertical planetary ball mill is designed for fine grinding, powder mixing, nano powder preparation, material research, and small-batch sample processing. With a compact vertical structure and four working stations, it helps laboratories process multiple samples simultaneously while maintaining stable operation, low noise, and reliable grinding repeatability.

This series is suitable for dry grinding, wet grinding, and vacuum or inert-atmosphere grinding when matched with the corresponding vacuum mill jars. Different jar materials can be selected according to sample purity, hardness, corrosion resistance, and contamination-control requirements.

The semi-circular vertical planetary ball mill is a practical laboratory grinding solution for universities, R&D centers, quality control laboratories, and material development teams. It combines a space-saving body design, four-jar synchronous grinding, and adjustable speed control to support efficient preparation of fine powder samples.

• Compact vertical structure: Designed for laboratory benches and limited working space
• Four-jar synchronous operation: Up to four samples can be processed in one batch for better efficiency
• Dry, wet, and vacuum grinding: Supports flexible grinding conditions for different experimental needs
• Multiple jar materials: Stainless steel, agate, nylon, corundum, zirconia, PTFE, and other options available

The mill has four working positions on one turntable. Two or four mill jars can be installed according to experiment requirements. When the turntable rotates, each jar also rotates around its own axis, creating a combined planetary motion. The grinding balls and materials inside the jars are continuously impacted, sheared, and mixed at high speed until the target fineness is reached.

This high-energy motion improves collision frequency and material dispersion, helping to produce finer and more uniform powder. The minimum output granularity can reach 0.1μm under suitable materials, jar configuration, grinding media, and process conditions.

The machine is controlled by frequency conversion and supports timing, forward rotation, reverse rotation, and alternating forward-reverse operation. Users can set the grinding time and speed according to the material type and expected particle size.

• Stable gear transmission: Ensures consistent speed, smooth operation, and repeatable experimental results
• High-energy grinding: Planetary movement provides strong impact energy for fine grinding and mixing
• Safe operation: Safety switch prevents operation when the cover is opened
• Low-noise performance: Compact structure and stable transmission make it suitable for laboratory environments

This semi-circular planetary ball mill is widely used in geology, minerals, metallurgy, electronics, building materials, ceramics, chemical engineering, environmental protection, and advanced material research. Typical applications include battery materials, electronic ceramics, structural ceramics, magnetic materials, catalysts, phosphors, rare earth polishing powder, electronic glass powder, fuel cell materials, ZnO varistors, piezoelectric ceramics, MLCC materials, alumina ceramics, zirconia ceramics, Ni-Zn ferrite, Mn-Zn ferrite, and nano material preparation.

Optional mill jars and grinding balls are available in different materials to match different sample requirements, including purity control, wear resistance, chemical resistance, and vacuum or inert gas protection.

√ means: most suitable    ▲ means: suitable

TENCAN provides planetary ball mills, roll ball mills, lab crushers, powder mixers, glove boxes, grinding jars, grinding balls, and related powder processing accessories for laboratory research and material development.