Nanoscale Ball Mill with 1μm Final Fineness for Dry and Wet Grinding Using Stainless Steel Grinding Media

A precision laboratory instrument designed for processing small material quantities into ultra-fine powders with particle sizes reaching the nanometer range (1-100 nm). This planetary grinding machine supports both dry and wet grinding operations, making it ideal for advanced research applications requiring atomic-level material control.

The primary function is nanoparticle synthesis through top-down mechanical milling. The planetary motion—where grinding jars rotate around their own axis and a central sun wheel—generates Coriolis forces that produce significantly higher impact energies than standard rotary ball mills, enabling effective nanoscale particle reduction.

Compact benchtop design optimized for laboratory environments with small batch processing capabilities (0.1 grams to several hundred grams). Engineered for precision, control, and reproducibility rather than high-volume throughput.

• Pharmaceuticals: Nano-milling drugs to enhance solubility and bioavailability
• Advanced Materials: Creating nano-powders for ceramics, composites, batteries, and catalysts
• Electronics: Preparing precursor materials for functional inks and electronic components
• Chemistry: Mechanochemical synthesis and nano-catalyst production
• Geology: Homogenizing rock and soil samples for trace element analysis