Patent-pending technologies
Patent-pending technologies — not concepts, but solutions validated under near-industrial conditions.
WEA Techlab
Science for industry — research, development, innovation
Materials technologies for components that work where conventional methods fail — from extreme temperatures and corrosion to closed-loop resource use.
What We Do
Surface engineering and hybrid laser processing for components that must endure extreme temperature, wear, and corrosion.
Next-Generation Diffusion Coatings
We protect superalloy components for leaders in the aerospace and space industries. With years of experience and collaboration with leading research institutes, we offer coatings that become an integral part of the metal. Our technology eliminates the risk of spalling and delamination even under the most extreme operating conditions.
Learn MoreHybrid SLCP Processing
Patent-pending system combining a precision laser beam with a stabilised ionised gas environment. Enables welding of refractory metals, ceramic dispersion into metals, and other processes unattainable by conventional methods — with minimal thermal impact.
Learn MoreR&D Ready for Licensing
Two patent-pending technologies validated at pilot scale — ready to deploy at a partner site.
Patent-pending Laser + Ionised Environment
SLCP Hybrid Technology
Proprietary technology combining a precision laser beam with a low-temperature ionised environment. Drastic reduction in heat impact and energy consumption — chosen by Aerospace and Energy leaders.
Learn More Waste → fertiliser, zero external heatOrganic-Mineral Fertiliser
A single-reactor process that transforms organic sludge into a stable, granulated product rich in NPK + Mg + S. No external heating — lower costs and a minimal carbon footprint.
Learn MoreIndustries We Serve
- Aerospace
- Space Industry
- Defence
- Professional & Nuclear Energy
- Machinery
- Chemical Industry
Why Us
Documented results
Every claim is backed by research data — metallographic analyses, hardness measurements, full chemical composition profiles.
Responsible processes
Lower energy use and a closed material cycle at every stage — from lab to deployment.