SciTransfer
Organization

OPTOPRECISION GMBH

German precision photonics SME with expertise in mid-infrared imaging and 5G experimental infrastructure for public safety applications.

Technology SMEdigitalDESMENo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€833K
Unique partners
30
What they do

Their core work

OptoPrecision is a Bremen-based precision optics and photonics SME that develops specialized optical instruments and imaging systems. Their core expertise lies in infrared optics and photonic sensing, as demonstrated by their work on mid-infrared arthroscopic imaging for real-time clinical diagnostics. They also contribute to 5G experimental infrastructure projects — likely supplying optical sensing or precision hardware components that integrate into network testbeds. With two completed H2020 projects spanning medical imaging and public safety telecommunications, they occupy a niche at the intersection of photonic hardware and applied digital systems.

Core expertise

What they specialise in

Mid-infrared optical imaging systemsprimary
1 project

MIRACLE project focused on developing an innovative mid-infrared arthroscopy imaging system for real-time clinical examination.

Precision photonics and optical instrumentationprimary
1 project

Company name and MIRACLE project involvement indicate core competence in precision optical hardware design and fabrication.

5G experimental platform integrationsecondary
1 project

5G-EPICENTRE project involved VNF, CNF, and NetApp experimentation on cloud-native 5G infrastructure for public protection use cases.

Public safety and disaster relief (PPDR) communicationsemerging
1 project

5G-EPICENTRE explicitly targeted PPDR use cases within its 5G testbed scope.

Evolution & trajectory

How they've shifted over time

Early focus
Mid-infrared medical optical imaging
Recent focus
5G cloud-native network experimentation

In their first H2020 project (MIRACLE, 2018–2022), OptoPrecision was focused entirely on photonic hardware — specifically mid-infrared optical systems for medical arthroscopy. No digital network or software keywords appear from this period, suggesting a traditional photonics instrumentation role. By their second project (5G-EPICENTRE, 2021–2024), the keyword profile shifted almost entirely toward software-defined networking concepts: containerization, cloud-native functions, multi-access edge computing, and PPDR. This is a substantial thematic pivot — from optical hardware toward digital network experimentation — which may reflect either a company-level strategic shift or the breadth of a consortium where OptoPrecision contributed specific photonic sensing components to a broader digital infrastructure effort.

OptoPrecision appears to be extending beyond standalone optical instrumentation into digitally-integrated and networked sensing systems, making them an interesting partner for projects that need optical or photonic expertise embedded within 5G, IoT, or edge computing architectures.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European12 countries collaborated

OptoPrecision has participated exclusively as a consortium partner — never as a project coordinator — across both H2020 projects. This positions them as a specialist contributor that joins larger teams to provide specific technical capabilities rather than driving project strategy. Their 30 unique partners across 12 countries across just two projects suggests they work within mid-to-large consortia and are comfortable operating as one specialist node among many.

OptoPrecision has built a surprisingly broad network for a two-project SME: 30 unique consortium partners spread across 12 countries. This European reach is typical for H2020 Innovation Actions and suggests the company actively engages in cross-border collaboration despite its small size.

Why partner with them

What sets them apart

OptoPrecision occupies an unusual position: a precision photonics SME with demonstrated participation in both medical imaging hardware and 5G public safety infrastructure — two domains that rarely overlap. This dual exposure means they can bring optical sensing or photonic component expertise into consortia that primarily involve digital systems or communications engineers, filling a gap that larger telecom or software companies typically cannot. As a German SME with lean overhead and specialized hardware know-how, they are well suited as a technology provider partner rather than a management-heavy coordinator.

Notable projects

Highlights from their portfolio

  • MIRACLE
    Largest funding award (€495,616) and most distinctive topic — applying mid-infrared photonics to real-time clinical arthroscopy, a highly specialized niche with clear commercialization potential in medical device markets.
  • 5G-EPICENTRE
    Demonstrates OptoPrecision's ability to contribute to cutting-edge 5G testbed projects targeting public protection and disaster relief, a high-priority EU policy area with growing R&D investment.
Cross-sector capabilities
health — medical optical imaging and clinical diagnostic instrumentationsecurity — public safety and disaster relief (PPDR) communication systemsmanufacturing — precision optical component fabrication and quality sensing
Analysis note: Only 2 projects with quite different thematic profiles (medical optics vs. 5G networking) make it difficult to draw firm conclusions about core expertise. The keyword data is entirely from the more recent project, leaving the earlier MIRACLE contribution poorly documented. The apparent pivot toward 5G/software topics may reflect the consortium's broader scope rather than OptoPrecision's own strategic direction. A confident profile would require 4+ projects or direct company documentation.