SciTransfer
Organization

EMBERION OY

Finnish SME developing graphene-based infrared detectors and imaging devices, from Graphene Flagship research through pilot line manufacturing.

Technology SMEdigitalFISMENo active H2020 projects
H2020 projects
5
As coordinator
0
Total EC funding
€2.3M
Unique partners
250
What they do

Their core work

Emberion is a Finnish SME specializing in graphene-based detector and imaging technologies, deeply embedded in the EU Graphene Flagship ecosystem. They develop graphene-on-wafer solutions for infrared and photonic sensing applications, bridging the gap between 2D materials research and commercial device manufacturing. Their participation spans the full Graphene Flagship lifecycle (Core1 through Core3) plus dedicated imager and pilot line projects, indicating they are a technology company turning graphene science into real detector products.

Core expertise

What they specialise in

Graphene-based photodetectors and imagingprimary
4 projects

G-IMAGER focused specifically on graphene imager devices, supported by continuous involvement in GrapheneCore1-3 photonics and sensor work.

2D materials device fabricationprimary
2 projects

2D-EPL (Experimental Pilot Line) and G-IMAGER both target wafer-scale manufacturing of graphene-based devices.

Evolution & trajectory

How they've shifted over time

Early focus
Broad graphene applications research
Recent focus
2D materials pilot line scale-up

In the early period (2016-2018), Emberion's work spanned a broad spectrum of graphene applications — from composites and energy to biomedical technologies and basic research — reflecting exploratory involvement in the Graphene Flagship's wide research agenda. By 2020-2024, their focus narrowed sharply toward FET Flagship activities, 2D materials, and pilot line manufacturing, indicating a clear transition from broad research participation to commercialization-oriented device scale-up. This trajectory shows a company that has matured from exploring where graphene fits to industrializing specific graphene detector products.

Emberion is moving from laboratory-scale graphene research toward wafer-scale manufacturing and pilot production, making them increasingly relevant for partners seeking production-ready 2D material devices.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European24 countries collaborated

Emberion operates exclusively as a participant, never coordinating — typical for a specialist SME contributing specific technology expertise to large flagship consortia. With 250 unique partners across 24 countries from just 5 projects, their network is vast but driven largely by the massive Graphene Flagship consortia rather than by selective partnership-building. Working with them means engaging a focused technology contributor within well-structured, large-scale European programs.

Through the Graphene Flagship consortia, Emberion has collaborated with 250 unique partners across 24 countries, giving them one of the broadest contact networks in the European graphene ecosystem despite being a small company.

Why partner with them

What sets them apart

Emberion is one of very few European SMEs that has participated in the Graphene Flagship from its first core project through to the pilot line phase, giving them continuity and deep integration that most small companies lack. Their specific focus on graphene-based imaging and detector devices fills a niche between academic 2D materials research and industrial sensor manufacturing. For anyone building a consortium around graphene photonics or infrared sensing, Emberion brings both the technology and a ready-made network from three generations of flagship work.

Notable projects

Highlights from their portfolio

  • GrapheneCore3
    Largest single EC contribution (EUR 1.26M) — signals that Emberion's role grew substantially as the Flagship matured, reflecting increasing trust and responsibility.
  • G-IMAGER
    Dedicated graphene imager project (EUR 900K) outside the Flagship core, indicating Emberion's detector technology was strong enough to anchor a focused innovation action.
  • 2D-EPL
    Participation in the 2D Experimental Pilot Line marks Emberion's transition from research into manufacturing-scale activities for graphene devices.
Cross-sector capabilities
Energy — graphene-based sensors for energy monitoring and photovoltaic applicationsHealth — infrared imaging and biomedical detection technologiesManufacturing — pilot line processes for 2D material device productionSpace — infrared detector arrays for remote sensing
Analysis note: Profile is strong due to clear thematic coherence (all 5 projects are graphene-related) and visible evolution from research to pilot line. The large partner count (250) is inflated by Graphene Flagship consortium size rather than independent networking. G-IMAGER project had no keywords in the data, so its focus was inferred from its title.