Full-directional Planetary Ball Mill enhances traditional vertical models by adding 360° overturning motion, enabling multi-dimensional jar movement for more chaotic grinding. This eliminates dead angles, ensures uniform particle size, and prevents material sticking/settling.

The heavy-duty full-directional variant supports large-scale production with a sliding door, lift-assisted feeding, and integrated vibrating discharge. It streamlines jar handling, reduces labor, and boosts efficiency.

Working Principle of Full-directional Planetary Ball Mill

Four grinding tanks perform dual motion: planetary rotation + 360° omnidirectional turning

Achieves 0.1µm fineness via high-speed
ball impact (dry/wet methods) Eliminates grinding dead zones for uniform particle distribution

Features of Full-directional Planetary Ball Mill

Precision Control: Frequency converter with speed adjustment & motor protection

Multi-Mode Operation: Programmable timing, forward/reverse rotation, and alternating cycles

Efficient Design: Processes 4 samples simultaneously (different materials/sizes)

Safety: Emergency stop switch, brake-locked overturning motor, low-noise gears

User-Friendly: Touchscreen interface with power-off memory function

Advantages of Full-directional Planetary Ball Mill

High Stability: Low center of gravity, CNC-machined parts, precision gear transmission

Wide Applications: Electronics (MLCC, varistors), ceramics (ZrO2/Al2O3), batteries (Li-ion materials), phosphors, nanomaterials

Scalable Production: From lab R&D to pilot-scale batches

360° Planetary Ball Mill Nano Powder Grinding Ball Mill Sample Prep Full Directional Laboratory Mill