SciTransfer
Organization

FYLA LASER SL

Spanish SME developing ultrafast fiber lasers and photonic sensing systems for microscopy, telecom, biosensing, and scientific instrumentation.

Technology SMEdigitalESSME
H2020 projects
4
As coordinator
2
Total EC funding
€283K
Unique partners
60
What they do

Their core work

FYLA Laser is a Valencia-based SME that develops advanced fiber laser systems, including supercontinuum sources and frequency combs. Their core business centers on designing and commercializing ultrafast laser technology for applications in microscopy, optical networking, and sensing. More recently, they have contributed photonic components and fiber sensor expertise to large research collaborations in biophotonics and particle physics detector development.

Core expertise

What they specialise in

Ultrafast fiber laser systemsprimary
2 projects

FEMTOCOLORS developed femtosecond supercontinuum lasers for multi-photon microscopy; LASERCOMB targeted GHz-rate fiber laser frequency combs for optical networks.

Photonic biosensing and biophotonicsemerging
1 project

IPN-Bio integrates photonic and nano technologies for bioapplications, with explicit keywords in photonics, biosensors, and fiber sensors.

Detector technologies for particle physicssecondary
1 project

AIDAinnova focuses on advancement and innovation for detectors at accelerators, where FYLA contributes optical/photonic expertise.

Laser frequency comb technologyprimary
1 project

LASERCOMB specifically targeted development and market uptake of a GHz-rate fibre laser frequency comb for elastic optical networks.

Evolution & trajectory

How they've shifted over time

Early focus
Laser product commercialization
Recent focus
Biophotonics and detector instrumentation

FYLA's early H2020 work (2017–2018) focused squarely on commercializing their own laser products — supercontinuum sources for microscopy and frequency combs for telecom networks — both as project coordinator. From 2020 onward, they pivoted toward contributing their photonic and fiber sensor expertise as a participant in larger collaborative research projects, moving into biophotonics (IPN-Bio) and high-energy physics instrumentation (AIDAinnova). This shift suggests a company that matured its core laser products and is now seeking new application domains where their technology adds value.

FYLA is expanding from pure laser manufacturing into applied photonics for life sciences and fundamental physics, positioning themselves as a specialized component provider for interdisciplinary research platforms.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European22 countries collaborated

FYLA shows a clear evolution in collaboration style: they coordinated their first two projects (small, product-focused SME instruments) and then joined as a participant in much larger consortia. With 60 unique partners across 22 countries from just 4 projects, they operate within broad international networks rather than repeat partnerships. This suggests they are adaptable collaborators comfortable embedding their specialized technology into diverse research teams.

Despite having only 4 projects, FYLA has built connections with 60 unique partners across 22 countries — driven largely by participation in the large AIDAinnova and IPN-Bio consortia. Their network spans most of Europe with no single geographic cluster.

Why partner with them

What sets them apart

FYLA occupies a rare niche as a laser-manufacturing SME that bridges commercial product development with fundamental research. Unlike typical photonics companies that stay in their application lane, FYLA has demonstrated the ability to contribute to fields as different as telecom, biomedical sensing, and particle physics. For consortium builders, they offer a rare combination: an SME that actually makes photonic hardware and can supply custom laser sources tailored to project needs.

Notable projects

Highlights from their portfolio

  • FEMTOCOLORS
    Their first coordinated project, developing femtosecond supercontinuum lasers for multi-photon microscopy — represents the core technology the company was built around.
  • AIDAinnova
    A major pan-European detector R&D initiative with a large consortium, showing FYLA's photonic expertise is valued even in high-energy physics — far from their original telecom/microscopy markets.
  • IPN-Bio
    Signals FYLA's strategic move into biophotonics, integrating their fiber sensor capabilities with nanomaterials for biosensing applications.
Cross-sector capabilities
Health and biomedical imagingTelecommunications and optical networksFundamental physics and scientific instrumentationEnvironmental sensing and monitoring
Analysis note: With only 4 projects and no early-period keywords available, the evolution analysis relies on project titles and dates rather than rich keyword data. FYLA's website was not available in the dataset to verify current commercial activities. The profile is directionally solid but would benefit from additional data on their product portfolio and customer base.