The HERMIGA Mini
75/3 Vi
High Energy Rate Metal Inert Gas Atomisation
The ultimate vacuum inert gas atomiser designed for precision, efficiency, and reliability. Enabling you to produce batches of high performance spherical powders in 3kg batches. This mini powerhouse can fit into any laboratory or workspace with a compact footprint of only 3.2 x 2.1 x 2.4m.
Discover the Future of Metal Powder Production
Cutting Edge Technology
The HERMIGA 75/3 Vi utilises our unique close-coupled supersonic die technology to produce fine spherical powders down to 10 microns median with rapid solidification rates in the region of 10-5 to 10-6 Ksec-1.
Produce consistent results every time with the HERMIGA’s unique geometry die. The atomiser can be fully customised to suit the novel alloy composition of your choice and can be further tailored to accurately produce powder in the desired particle size distribution (PSD).
- 3kg Crucible Capacity (Steel Equivalent)
- Induction Heated Crucible
- Supersonic ‘Close-Coupled’ Die
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for HERMIGA© Atomisers
HERMIGA Key Features
HERMIGA© Atomiser Systems offer unparalleled flexibility, allowing you to adapt to various production requirements seamlessly. Whether you’re working with high-melting-point materials or reactive metals, our systems are designed to accommodate a wide range of specifications, ensuring your operations remain agile and responsive to industry trends.
Anti-Satellite
Technology
Our anti-satellite atomisation systems have been developed by industry leading experts in the Powder Metallurgy field to provide world class capital equipment for the production of spherical metal powders.
Supersonic ‘Close-Coupled’ Die
All HERMIGA systems use PSI’s unique ‘close-coupled’ atomisation die/guide tube configurations for ultra-fine median sizes, closely controlled particle size distributions and gas economy.
Novel Alloy
Compositions
A deep understanding of the metallurgical requirements of metal melting, refining and atomisation processes enables powder production to the highest standards of cleanliness, morphology and microstructure.