SciTransfer
Organization

JENLAB GMBH

Berlin SME building femtosecond-laser multiphoton tomographs for label-free in vivo imaging of skin, organoids and living tissue.

Technology SMEhealthDESME
H2020 projects
2
As coordinator
1
Total EC funding
€2.9M
Unique partners
7
What they do

Their core work

JenLab is a Berlin-based photonics SME that builds femtosecond-laser multiphoton tomography systems for label-free imaging of living tissue at sub-cellular resolution. Their instruments let clinicians and researchers look inside skin, organoids and other live biological samples without staining or biopsy, which is valuable in dermatology, cancer diagnostics and developmental biology. They sit at the intersection of laser hardware engineering and biomedical application, turning advanced optical physics into devices that doctors and labs can actually use.

Core expertise

What they specialise in

Femtosecond laser multiphoton tomographyprimary
2 projects

Both LASER-HISTO and OrganVision rely on their multiphoton femtosecond-laser imaging platform.

In vivo skin cancer diagnosticsprimary
1 project

Coordinated LASER-HISTO (EUR 2.48M SME-2) on in vivo histology for early skin cancer diagnosis.

Label-free live-tissue microscopysecondary
1 project

OrganVision applies label-free microscopy to living organ models.

Organoid and cardiovascular imagingemerging
1 project

OrganVision (2021-2026) targets organoids and cardiovascular health with real-time imaging.

Ultrafast real-time high-resolution imaging hardwaresecondary
1 project

OrganVision keyword set explicitly lists ultrafast real-time high-resolution imaging as a core contribution.

Evolution & trajectory

How they've shifted over time

Early focus
Multiphoton skin cancer diagnostics
Recent focus
Label-free organoid imaging

Between 2016 and 2018 JenLab was focused on commercialising their multiphoton tomograph for clinical dermatology, coordinating a large SME-2 project on early skin cancer detection. From 2021 onward their role shifts from clinical device vendor to research-imaging partner, with OrganVision pushing the same core technology toward organoids, developmental dynamics and cardiovascular models. The direction is clear: the same femtosecond-laser platform, applied to progressively more complex live biological systems.

They are moving upstream from clinical dermatology devices into research imaging for organoids and dynamic live-tissue models, which opens doors for partnerships in developmental biology, drug screening and cardiovascular research.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European5 countries collaborated

JenLab both leads and joins: they coordinated a large SME-driven commercialisation project (LASER-HISTO) and later joined a research consortium (OrganVision) as a technology partner. With seven unique partners across five countries from only two projects, they connect to a fairly broad network for their size. This profile suggests they can run their own projects when the topic is close to their product, but are comfortable playing a specialist instrument-provider role in science-led consortia.

Seven distinct consortium partners across five European countries in just two projects, indicating a compact but internationally distributed network. Anchored in Germany, with reach into research groups elsewhere in the EU.

Why partner with them

What sets them apart

JenLab is one of very few European SMEs that actually builds clinical-grade femtosecond multiphoton tomographs rather than just using them. That hardware depth is why research consortia bring them in: they supply a real instrument and the know-how to adapt it, not just a service. For a partner, this means working with a company that can both deliver a CE-relevant medical device and customise imaging platforms for new biological questions.

Notable projects

Highlights from their portfolio

  • LASER-HISTO
    JenLab-coordinated SME-2 project worth EUR 2.48M — their flagship effort to push multiphoton tomography into routine skin cancer diagnostics.
  • OrganVision
    FET research project extending their multiphoton imaging from skin into organoids and cardiovascular dynamics, marking a clear pivot toward live-systems research.
Cross-sector capabilities
digital (biomedical imaging and data)manufacturing (precision photonic instruments)multidisciplinary (developmental biology, cardiovascular research)
Analysis note: Only two H2020 projects available, but both have clear, consistent technical themes (multiphoton femtosecond imaging), so the core expertise is well-grounded even if breadth of evidence is limited.