SciTransfer
Organization

MEDLUMICS SL

Spanish medtech SME building image-guided radiofrequency ablation catheters based on integrated photonics for treating atrial fibrillation.

Technology SMEhealthESSMENo active H2020 projects
H2020 projects
2
As coordinator
1
Total EC funding
€2.8M
Unique partners
15
What they do

Their core work

Medlumics is a Madrid-based medtech SME that builds optically-guided medical devices, combining silicon photonic integrated circuits with clinical catheter systems. Their flagship work focuses on real-time, image-guided radiofrequency ablation catheters for treating atrial fibrillation, a cardiac arrhythmia affecting millions. They translate photonics research into manufacturable medical hardware, bridging semiconductor-level optical technology and interventional cardiology. In effect, they turn laboratory photonics into a tool cardiologists can hold in the operating room.

Core expertise

What they specialise in

Optically guided radiofrequency ablation cathetersprimary
1 project

ABLAVIEW (2019-2023, coordinator, €2.47M) develops an image-guided RFA system for atrial fibrillation.

Silicon nitride photonic integrated circuitsprimary
1 project

PIX4LIFE (2016-2020) pilot line for SiN photonic ICs applied to life science instrumentation.

Flexible photonics and integrated optics for medical devicessecondary
1 project

ABLAVIEW keywords cover flexible photonics and integrated optics applied inside a catheter.

Thermal modeling of tissue ablationsecondary
1 project

Thermal modeling listed among ABLAVIEW keywords, supporting real-time treatment feedback.

Cardiac arrhythmia treatment technologyemerging
1 project

ABLAVIEW targets atrial fibrillation, the company's first coordinator-led clinical application.

Evolution & trajectory

How they've shifted over time

Early focus
Silicon nitride photonic pilot line
Recent focus
Image-guided cardiac ablation catheters

Between 2016 and 2018 Medlumics worked inside PIX4LIFE as a participant, helping mature a visible-range silicon nitride photonics pilot line shared across life-science users. From 2019 onward they pivoted sharply toward a specific clinical product, coordinating ABLAVIEW to embed that photonics know-how into a catheter for atrial fibrillation ablation. The shift is from generic photonics infrastructure to an owned, vertically integrated cardiology device.

They are moving from photonics technology supplier toward a clinical device company owning a full atrial fibrillation ablation product line.

Collaboration profile

How they like to work

Role: consortium_leaderReach: European6 countries collaborated

Medlumics started as a participant in a larger photonics consortium and then graduated to coordinating their own SME Instrument Phase 2 project, signaling growing commercial maturity. Across two projects they worked with 15 partners in 6 countries, indicating a medium-sized network rather than a hub-style collaborator. The pattern suggests a focused team that joins consortia to access technology, then leads when a commercial application is at stake.

They have collaborated with 15 unique partners spread across 6 European countries, a modest but diverse network. The balance of photonics R&D partners and clinical/industrial players reflects their device-commercialization trajectory.

Why partner with them

What sets them apart

Very few European SMEs sit at the intersection of silicon photonics manufacturing and interventional cardiology hardware. Medlumics combines credibility earned inside a shared photonics pilot line with the willingness to take coordinator risk on a regulated medical device. For a partner, this means access to photonics-to-clinic integration know-how that is hard to replicate by either a pure photonics foundry or a generic medtech firm.

Notable projects

Highlights from their portfolio

  • ABLAVIEW
    Their largest project (€2.47M) and first as coordinator, translating photonics into a clinical atrial fibrillation ablation product.
  • PIX4LIFE
    Plugged them into Europe's silicon nitride visible photonics pilot line, providing the technology base for later medical applications.
Cross-sector capabilities
Digital / photonic integrated circuitsMedical imaging instrumentationSemiconductor-based sensorsMinimally invasive surgical devices
Analysis note: Profile is based on only two H2020 projects, but both have substantive keyword data and a clear narrative arc from photonics infrastructure to a coordinator-led medical device, giving reasonable confidence in the direction even if breadth is limited.