THERMO FISHER SCIENTIFIC BRNO SRO

Their core work

Thermo Fisher Scientific Brno s.r.o. is the Czech subsidiary of the global analytical instruments and life sciences company, operating from Brno — a site historically known as a center for electron microscopy R&D and manufacturing (formerly FEI Company before the Thermo Fisher acquisition). The Brno facility develops and manufactures advanced electron microscopy systems, including the hardware and detection components that make cryo-electron microscopy viable for structural biology and materials science research. Their specific technical contribution to EU projects lies at the intersection of CMOS sensor engineering and electron microscopy optics: they bring commercial-grade imaging detector expertise that academic partners typically cannot develop in-house. In the H2020 portfolio, they participated as a specialist industrial partner supplying this instrumentation know-how to both semiconductor fabrication research and next-generation cryo-EM democratization efforts.

What they specialise in

How they've shifted over time

In the 2015-2018 period, the Brno subsidiary's H2020 involvement was squarely in semiconductor fabrication: SeNaTe addressed seven-nanometer CMOS process technology under the ECSEL Joint Undertaking, where Thermo Fisher likely contributed characterization and inspection capabilities for nanoscale chip manufacturing. By 2021-2023, the focus shifted decisively toward scientific imaging: DeCEMIS targeted the democratization of cryo-electron microscopy systems, with CMOS imaging sensors now serving biological and materials science research rather than chip fabs. The underlying technology thread is consistent — CMOS sensors and electron optics — but the application domain moved from industrial semiconductor production toward life science and structural biology instrumentation.

The Brno site is moving toward broadening access to high-end cryo-electron microscopy, suggesting future collaborations will likely center on making TEM and cryo-EM instrumentation more accessible to mid-tier research institutions and industrial labs.

How they like to work

Thermo Fisher Scientific Brno has never coordinated an H2020 project — in both participations they entered as a specialist contributor or third party, letting academic and public research partners lead the consortia. Their presence in SeNaTe placed them inside a large ECSEL industrial consortium (reflected by 53 unique partners), where they delivered specific technical components rather than driving the research agenda. This pattern is typical for large instrument manufacturers: they join projects to validate new detector or sensor concepts against real research workflows, not to manage EU grants.

Despite only two H2020 projects, the Brno subsidiary has touched 53 unique consortium partners across 10 countries — a testament to the large, multi-actor structure of ECSEL Joint Undertaking projects. The network is European in scope, concentrated in semiconductor and scientific instrumentation research communities rather than any single country.

What sets them apart

Thermo Fisher Scientific Brno is one of very few industrial electron microscopy manufacturers with a direct R&D presence in Central Europe, giving it credibility as both a technology supplier and a research partner in cryo-EM and TEM instrumentation. Unlike universities or research institutes, it can translate consortium R&D outcomes directly into commercial products — a strong argument for including them when a project needs an industrial exploitation pathway. For consortium builders in structural biology, materials characterization, or semiconductor inspection, this organization bridges commercial instrument development with frontier research needs in a way that pure academic partners cannot.

Highlights from their portfolio

• DeCEMIS
  Targets the democratization of cryo-electron microscopy — directly aligned with the Brno facility's core commercial mission of making high-end TEM accessible beyond elite research centers.
• SeNaTe
  An ECSEL Joint Undertaking project on seven-nanometer semiconductor technology, placing Thermo Fisher inside one of Europe's largest chip-fabrication research consortia and earning the only direct EC funding (EUR 121,988) on record for this subsidiary.