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
Media-free, chemical-free processing delivers consistent particles in the 0.1 - 80 μm range with pharmaceutical-grade purity standards - supporting better bioavailability, faster dissolution rates, and a clear pathway to 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 difficult to produce.
Media-free, chemical-free processing delivers consistent particles in the 0.1–80 μm range with pharmaceutical-grade purity.
Sustainable Power
Clean Energy
For industries still tied to coal, MicroMill rewrites the economics. Grinding high-carbon fuel to ultra-fine particles delivers up to 96% combustion efficiency -meaning less coal burned for the same energy output, lower unburnt-carbon emissions, and a faster route to compliance with tightening regulatory thresholds. Same plant. Same fuel. Materially lower emissions intensity per kWh.
Pair MicroMill with our integrated burner and you have a compact, standalone power unit - purpose-built for sites that operate captive coal-fired plants or cannot rely on the grid. It is a transitional decarbonisation technology for the hard-to-abate industries that net-zero policy cannot yet reach. Scalable. Deployable in days, not years.
A transitional decarbonisation platform
for hard-to-abate industries - measurably lower emissions per kWh than conventional coal combustion.
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 0.1 80-micron precision, no grinding-media particle transfer, and grinding that preserves flavour, nutrition, and purity.
Delivering 0.1 to 80-micron precision, no grinding-media particle transfer, and grinding that preserves flavour, nutrition, and purity.
Next-Gen Materials
Advanced Metals
Ultra-fine titanium for advanced alloys. Fine gold powders 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, media-free and chemical-free. 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.