NARCISO explicitly lists nano-imprint lithography as a core keyword, consistent with Obducat's commercial NIL equipment business.
OBDUCAT TECHNOLOGIES AB
Swedish SME delivering nano-imprint lithography and nanopatterning expertise for solar cells, metasurfaces, and semiconductor thin film applications.
Their core work
Obducat Technologies AB is a Swedish SME that develops and applies nanopatterning and nanolithography technology, most notably nano-imprint lithography (NIL), for precision micro- and nanoscale fabrication. In their H2020 projects, they contributed fabrication process expertise to two distinct application domains: thin-film CIGS solar cell manufacturing (ARCIGS-M) and semiconductor thin film instability for photonic and sensing applications (NARCISO). Their value in research consortia lies in translating advanced nanostructuring techniques — patterning, sol-gel processes, solid state dewetting — into manufacturable device prototypes. As a commercial technology company, they bridge the gap between laboratory nanoscience and scalable production processes.
What they specialise in
Both ARCIGS-M and NARCISO involve precision thin film fabrication — for CIGS photovoltaics and semiconductor metasurfaces respectively.
NARCISO targets metasurface fabrication via semiconductor thin film dewetting and patterning for photonic applications.
ARCIGS-M focused on ultra-thin high-efficiency CIGS solar cells with explicit manufacturability goals, where Obducat contributed fabrication process know-how.
NARCISO keywords include sol-gel dip-coating and solid state dewetting — advanced thin film self-assembly and chemical deposition techniques.
How they've shifted over time
Obducat's first H2020 project (ARCIGS-M, 2016) left no keyword fingerprint in the dataset, suggesting a broad manufacturing support role in solar cell fabrication rather than a technology-defining contribution. Their second project (NARCISO, 2019) is keyword-rich and technically specific — patterning, solid state dewetting, sol-gel dip-coating, nano-imprint lithography, metasurfaces — indicating a shift toward showcasing and developing their core NIL and nanopatterning capabilities in a photonics and sensing context. The trend is a move from being a manufacturing-process enabler in energy applications toward becoming a named technology contributor in advanced photonic device research.
Obducat is moving from solar energy manufacturing support toward photonics, metasurfaces, and semiconductor sensing — domains where their proprietary NIL technology is a direct technical differentiator rather than a background capability.
How they like to work
Obducat participates exclusively as a consortium partner, not a coordinator, indicating they contribute specialized fabrication technology to projects led by research institutes or universities. Despite only two projects, they have engaged with 17 distinct partners across 9 countries, suggesting they are sought out for specific process capabilities within large, internationally diverse consortia. This pattern is typical of a technology SME that acts as an industrial fabrication node — providing equipment access, process expertise, or prototype manufacturing that research-only partners cannot replicate.
Obducat has built a network of 17 unique partners across 9 countries through just two projects, reflecting active integration into broad European research consortia. Their network spans both applied manufacturing (IA-funded ARCIGS-M) and frontier research (RIA-funded NARCISO), suggesting connections to both industry-adjacent and academic circles.
What sets them apart
Obducat occupies a rare position as a commercial SME with proprietary nanolithography equipment that participates directly in frontier research projects — most industrial partners in EU consortia contribute testing or market access, whereas Obducat contributes actual nanofabrication infrastructure. Their dual presence in energy (CIGS solar) and photonics (metasurfaces, sensing) shows that their NIL platform is genuinely cross-sector, not tied to a single application domain. For consortium builders, they represent a credible industry partner who can turn research outputs into fabricated prototypes, which strengthens Innovation Action proposals that require demonstration of manufacturability.
Highlights from their portfolio
- NARCISOMost technically distinctive project — combines solid state dewetting, sol-gel chemistry, nano-imprint lithography, and metasurface design in a single research effort, clearly showcasing Obducat's full nanopatterning toolkit.
- ARCIGS-MInnovation Action (higher TRL, closer to market) targeting CIGS solar cell manufacturability — demonstrates Obducat's ability to contribute to industrial-scale thin film photovoltaic production processes.