Ultra Apex Mill (UAM)｜Wet Nano Grinding & Dispersion System

Ultra Apex Mill (UAM) adopts a centrifugal-force-driven separation mechanism that operates without filter screens, enabling highly efficient wet grinding and dispersion using ultra-fine zirconia beads ranging from Φ0.015 mm to 0.5 mm. The system supports continuous operation and effectively prevents lattice damage and secondary agglomeration during nano-material processing, making it particularly suitable for high-performance material development and mass production.

By utilizing centrifugal separation, UAM completely eliminates clogging caused by zirconia beads or coarse particles, ensuring stable pressure and temperature throughout operation. This design enhances process reliability and maintains material quality. The grinding chamber is made of high-purity ZTA material to further prevent product contamination. UAM is available in multiple models, ranging from 0.15 L (laboratory scale) to 30 L (production scale), totaling six configurations. In addition, the rotating shaft can be replaced with a Whole Length Sepa (WAM) separation disc to enhance dispersion efficiency and increase throughput capacity.

Key Features

• Centrifugal separation mechanism without filter screens, eliminating clogging and supporting ultra-fine zirconia beads (Φ0.015 mm–0.5 mm).
• Continuous grinding and dispersion capability, suitable for mass production processes.
• Preserves crystal lattice structure during grinding, preventing secondary agglomeration.
• Centrifugal separation ensures stable pressure and temperature without blockage.
• Zirconia bead filling rate up to 60%–80%, providing high energy density.
• Grinding chamber constructed from high-purity ZTA material to avoid material contamination.
• Six available models from 0.15 L to 30 L, covering R&D through full-scale production needs.
• Optional replacement of the rotating shaft with a Whole Length Sepa (WAM) separation disc to enhance dispersion efficiency and reduce grinding load.