Pin Mill FlexMill PMC-160

Precision powder grinding for demanding applications
The high-performance pin mill FlexMill PMC-160 is engineered for powder grinding of hard or crystalline substances to a particle size of D90 down to 8 µm. Its pin milling system ensures consistent, high-precision size reduction while preserving the properties of the material.
With batch processing from 50 g to 2 kg and continuous operation up to 50 kg/h, the PMC-160 is suited for both pilot-scale and industrial production environments.
Compact, modular, and lab-friendly design
With its compact footprint, the PMC-160 easily fits into laboratories, isolators, or existing production lines. Easy to install, operate, and clean, it delivers reliable performance whether used standalone or integrated into a broader powder processing system.

Pharmaceutical powder grinder for precise and reproducible results
In the pharmaceutical industry, particle size matters. The PMC-160 delivers accurate and repeatable grinding of pharmaceutical powders, including APIs and excipients, supporting compliance with high production standards and controlled environments.

Battery particle grinding under controlled conditions
The PMC-160 is perfectly suited for battery particle grinding, such as lithium, graphite, or active powder materials. It maintains low temperature and stable throughput, helping R&D teams achieve high consistency in particle distribution for battery applications.

Industrial grinding for chemical compounds
In the chemical industry, the PMC-160 provides controlled industrial grinding for fragile, abrasive, or reactive powders. Its robust and adaptable design supports diverse technical requirements in powder formulation and product development.

Industrial food grinder machine for lab and pilot production
As an industrial food grinder machine, the PMC-160 is ideal for processing spices, additives, and natural powders at lab or pilot scale. It delivers hygienic, fine grinding results that help manufacturers design and optimize their food powder formulations.