SciTransfer
Organization

XPECTRALTEK, LDA

Portuguese SME developing hyperspectral imaging for retinal diagnostics and terahertz metamaterial photonics.

Technology SMEhealthPTSMEThin data (2/5)
H2020 projects
2
As coordinator
1
Total EC funding
€197K
Unique partners
12
What they do

Their core work

XpectralTEK is a Portuguese technology SME based in Braga that develops advanced optical and spectral sensing systems. Their applied commercial work centres on hyperspectral imaging for biomedical use — specifically non-invasive early diagnosis of retinal diseases through smart spectral analysis. In parallel, they contribute industry perspective to academic research consortia exploring terahertz photonics, chiral metamaterials, and graphene-based optical components. This dual track places them at the boundary between medical device development and frontier photonic materials science.

Core expertise

What they specialise in

Hyperspectral imaging for biomedical diagnosticsprimary
1 project

Led XpeFundus as coordinator — a smart hyperspectral system for early, non-invasive diagnosis of retinal disease.

Terahertz photonics and polarisation controlsecondary
1 project

Participating in CHARTIST (2021–2026), a multi-year MSCA-RISE project on chiral metamaterials for THz polarisation control.

Graphene and carbon nanotube photonicsemerging
1 project

CHARTIST involves graphene and carbon nanotubes as functional materials for advanced photonic components.

Evolution & trajectory

How they've shifted over time

Early focus
Hyperspectral retinal diagnostics
Recent focus
Terahertz chiral metamaterials

XpectralTEK's first H2020 project (2020) was firmly in applied optics for clinical use — developing a hyperspectral camera system to detect retinal disease non-invasively, a product-oriented feasibility study. By 2021 they had moved into a five-year fundamental research consortium focused on chiral metamaterials and terahertz physics, with no direct clinical application. This shift suggests the company is deliberately building deeper scientific capabilities in photonic materials, likely to underpin next-generation sensing products rather than abandoning their applied roots.

XpectralTEK appears to be building fundamental photonics depth through long-term academic collaboration, positioning itself to develop proprietary components for high-end optical and THz sensing systems in the coming years.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European8 countries collaborated

XpectralTEK has operated both as project leader (coordinator of the SME Phase 1 feasibility study XpeFundus) and as an industry partner embedded in a larger academic consortium (CHARTIST, MSCA-RISE). Their network of 12 partners across 8 countries is notably broad for a company with only two projects, indicating active engagement rather than passive participation. As an SME in an MSCA-RISE consortium they likely play the role of industrial end-user or technology transfer bridge — bringing commercial relevance to academic research.

XpectralTEK has built connections with 12 unique consortium partners across 8 countries within just two projects, suggesting a strong network for a small Portuguese SME. Their geographic spread is European, with no single country dominance visible from the available data.

Why partner with them

What sets them apart

XpectralTEK occupies an unusual niche: a small commercial company that can both develop marketable optical diagnostics products and engage credibly in deep photonic materials research. Few SMEs at this funding scale manage to coordinate their own product-development project while simultaneously contributing to a five-year MSCA-RISE consortium on metamaterials. For consortium builders, they offer the combination of industrial application focus and genuine photonics technical depth that purely academic partners cannot provide.

Notable projects

Highlights from their portfolio

  • XpeFundus
    XpectralTEK led this project as coordinator — a commercial feasibility study for a hyperspectral retinal diagnostics system that shows their capacity to drive product development, not just contribute to research.
  • CHARTIST
    A 5-year MSCA-RISE project (2021–2026) on chiral metamaterials for THz polarisation control — XpectralTEK's largest funded project and evidence of recognition by an international photonics research consortium.
Cross-sector capabilities
Advanced photonic materials and componentsOptical quality control and inspection in manufacturingNon-destructive sensing and imaging for security or environmentTHz-band communications and spectroscopy
Analysis note: Only 2 projects in the dataset, with no keywords recorded for the first project (XpeFundus). The two projects point in somewhat different technical directions — applied medical imaging versus fundamental metamaterials research — which makes it difficult to define a single coherent expertise profile with confidence. The analysis is directionally sound but should be revisited if further project data or company-level information becomes available.