Applied physics
Radiation, heat, fluid dynamics, electromagnetism: we model the phenomena behind the process.
We validate new industrial processes with an experimental, scientifically rigorous approach. We combine physics, chemistry and materials engineering to make your technology functional, reliable and replicable at industrial scale.
Many promising technologies stall in the move from lab to production. We own exactly that leap: we validate the process at the root, prove its feasibility with experimental testing and ensure its replicability.
Every claim is backed by evidence: no shortcuts between theory and practice.
We formulate the physical-chemical model of the process and the hypotheses to test.
We design experiments to isolate variables and obtain meaningful data.
We build set-ups and prototypes to run tests under controlled conditions.
We run the experimental campaigns with proper instrumentation and metrology.
We process the results and quantify performance, limits and process margins.
We define the conditions that make the process repeatable at industrial scale.
A multidisciplinary team that speaks the language of science and of industry.
Radiation, heat, fluid dynamics, electromagnetism: we model the phenomena behind the process.
Reactions, transformations and materials chemistry to control and optimize the process.
Characterization, behavior and selection of materials for industrial feasibility.
We support those with a promising technology to bring to industrial maturity, with the rigor of science and the practicality of engineering.
We validate the technology and prove its feasibility for investors and the market.
We support the transition from research to a replicable industrial product.
We validate new processes before scale-up, reducing investment risk.
We put scientific method at the service of your innovation: from theory to a working, replicable process.
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