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Organization

ORGANIC ELECTRONIC TECHNOLOGIES PRIVATE COMPANY

Greek SME specializing in organic electronics manufacturing via roll-to-roll printing and OVPD, with growing digital modelling capabilities.

Technology SMEmanufacturingELSME
H2020 projects
6
As coordinator
0
Total EC funding
€3.2M
Unique partners
58
What they do

Their core work

OE Technologies is a Greek SME specializing in organic and printed electronics manufacturing — OLEDs, organic photovoltaics (OPV), and thin-film devices produced via roll-to-roll printing and organic vapour phase deposition (OVPD). They contribute manufacturing process expertise, in-line metrology, and nano-characterization capabilities to EU research consortia focused on scaling these technologies from lab to pilot line. Their work sits at the intersection of advanced materials processing, quality control for high-volume production, and digital modelling of manufacturing workflows.

Core expertise

What they specialise in

Organic electronics manufacturing (OLEDs, OPV, OTFTs)primary
5 projects

Core theme across SmartLine, CORNET, RealNano, FlexFunction2Sustain, and MUSICODE — consistently contributing organic electronics fabrication know-how.

Roll-to-roll printing and OVPD process technologyprimary
3 projects

SmartLine and RealNano explicitly focus on R2R printing and OVPD pilot lines; CORNET addresses manufacturing process optimization for these methods.

In-line metrology and nano-characterizationprimary
3 projects

SmartLine targets in-line metrology tools for yield improvement; RealNano develops real-time digital nano-characterization for high-volume manufacturing.

Nano-functionalized surfaces and sustainable packagingemerging
1 project

FlexFunction2Sustain extends their thin-film expertise into sustainable nano-functionalized plastic and paper surfaces for packaging applications.

Data interoperability and manufacturing ontologiesemerging
2 projects

MUSICODE and nanoMECommons address data exchange protocols, ontologies, and open innovation platforms for materials and manufacturing data.

Evolution & trajectory

How they've shifted over time

Early focus
Organic electronics pilot line manufacturing
Recent focus
Digital modelling and sustainable nanomaterials

In their early H2020 period (2017–2019), OE Technologies focused squarely on physical manufacturing: pilot lines, in-line metrology, roll-to-roll printing, and OVPD for organic electronics and automotive applications. From 2020 onward, their focus broadened into digital and sustainability dimensions — multiscale process modelling, data interoperability, ontologies, and nano-functionalized sustainable materials. This shift shows a company moving from "how do we manufacture organic electronics at scale" to "how do we digitally model, standardize, and sustain these manufacturing processes."

OE Technologies is evolving from a pure manufacturing process specialist toward digital twins and data-driven manufacturing, making them increasingly relevant for Industry 4.0 and sustainable electronics consortia.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European16 countries collaborated

OE Technologies participates exclusively as a partner — they have never coordinated a project, which is typical for a specialized SME contributing specific technical capabilities rather than leading large research agendas. With 58 unique partners across 16 countries in just 6 projects, they operate in large, diverse consortia (averaging ~10 partners per project). This suggests they are a sought-after specialist that different consortium leaders invite for their organic electronics manufacturing expertise.

Broad European network with 58 unique partners spanning 16 countries, built entirely through participant roles in mid-to-large consortia. Their Thessaloniki base connects them to both Southern and Northern European research ecosystems without a strong geographic bias.

Why partner with them

What sets them apart

OE Technologies occupies a rare niche: they are one of very few European SMEs with hands-on expertise in both organic vapour phase deposition and roll-to-roll printing at pilot-line scale. Their combination of physical manufacturing capability with growing digital modelling and data standardization work makes them a bridge between traditional fabrication and digitized manufacturing. For consortium builders, they bring real production-floor expertise that many academic partners cannot offer.

Notable projects

Highlights from their portfolio

  • SmartLine
    Their largest project (EUR 894K) and earliest, focused on the core business of in-line metrology for high-volume organic electronics manufacturing.
  • RealNano
    Bridges their physical manufacturing roots with digital nano-characterization — represents the transition point in their expertise evolution.
  • MUSICODE
    Marks their clearest move into digital territory with multi-scale modelling platforms and data interoperability for organic electronics.
Cross-sector capabilities
Automotive (organic electronics for vehicle components)Sustainable packaging (nano-functionalized barrier films)Energy (organic photovoltaics manufacturing)Digital infrastructure (manufacturing data ontologies and interoperability)
Analysis note: Strong data with 6 projects and rich keyword coverage. The only gap is that nanoMECommons lacks keywords, and no coordinator roles exist to assess leadership capacity. Website verification would confirm current commercial activities beyond EU project participation.
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