Technology
Applications
A fundamentally different approach to grinding.
Steel, Cement & Power
Heavy Industries
Steel plants, cement works, and power stations face rising emission fines and tightening regulations. MicroMill changes the equation - grinding coal to ultra-fine particles that burn hotter, cleaner, and more completely.
The result? Up to 96% combustion efficiency, virtually zero slag, dramatically lower emissions, and significantly more energy from less fuel. No more crippling fines. Just cleaner, cheaper, compliant power - from the coal you already use.
Up to 96% combustion efficiency, virtually zero slag, dramatically lower emissions.
Precision & Purity
Pharmaceutical
Pharmaceutical manufacturing demands absolute purity and precision particle sizes. Traditional grinding systems introduce contamination through metal-on-metal contact, risking entire batches and regulatory failure. MicroMill eliminates that risk entirely.
Zero-contamination processing delivers consistent sub-0.1–40 μm-micron particles with pharmaceutical-grade purity as standard. Better bioavailability, faster dissolution rates, and full regulatory compliance - without costly cleanroom retrofits. One machine replaces complex multi-stage milling lines, cutting processing time and cost while opening doors to formulations previously impossible to produce.
Zero-contamination processing delivers consistent sub-10-micron particles with pharmaceutical-grade purity.
Sustainable Power
Clean Energy
Coal doesn't have to be dirty. MicroMill refines high-carbon fuels to ultra-fine particles that burn at 96% efficiency - slashing emissions for power stations, steel plants, and heavy industry already reliant on coal. Cleaner output, fewer fines, same fuel.
But we go further. Pair MicroMill with our integrated burner system and you have a standalone clean energy generator - producing power at a fraction of conventional cost, with near-zero emissions. Sustainable, scalable green energy from a single compact unit.
Standalone clean energy generator producing power at a fraction of conventional cost.
Next-Gen Materials
Food Processing
From coffee beans to flour, sesame to spices — the food industry depends on grinding, yet most processors still rely on equipment that generates heat, contaminates product, and limits particle size. MicroMill changes everything — delivering 10-micron precision, zero foreign particle transfer, and grinding that preserves flavour, nutrition, and purity.
The result? Nano-grade flour that bakers dream of, instant coffee without the burnt taste, nut butters with perfect consistency, and faster fermentation for distillers — all from a single machine. No cross-contamination. No heat damage. Just purer, finer, better product — at a fraction of the energy cost.
Delivering 10-micron precision, zero foreign particle transfer, and grinding that preserves flavour, nutrition, and purity.
Next-Gen Materials
Advanced Metals
Advanced technology demands advanced materials. Next-generation electronics, aerospace components, and 3D printing all require metal powders ground to precise micron-level specifications. Traditional milling cannot deliver the consistency or purity these sectors demand.
Ultra-fine titanium for advanced alloys. Sub-micron gold for electronics and catalysis. Precision lithium powders for next-gen batteries. Platinum powder for fuel cells and catalytic systems. Precision copper powders for conductivity. Rare earth particles for semiconductors and EV batteries — all processed to exact specifications with zero contamination. Finer particles mean stronger alloys, better conductivity, and superior performance in every application. One machine opens the door to markets where material quality defines who wins.