SciTransfer
Organization

ALPES LASERS SA

Swiss SME manufacturing quantum cascade lasers for mid-infrared sensing in health, food, oil, and environmental applications.

Technology SMEdigitalCHSME
H2020 projects
12
As coordinator
3
Total EC funding
€6.4M
Unique partners
135
What they do

Their core work

Alpes Lasers is a Swiss SME that designs and manufactures quantum cascade lasers (QCLs) and mid-infrared photonic components for sensing and spectroscopy applications. Their laser devices serve as the enabling technology inside larger analytical systems — from water quality monitors and breath analyzers to oil industry process sensors and food safety instruments. They bridge the gap between advanced photonics research and industrial deployment, supplying precision laser sources that other consortium partners integrate into application-specific platforms.

Core expertise

What they specialise in

Quantum cascade laser developmentprimary
7 projects

QCL technology is central to MIRPHAB, WaterSpy, Qombs, NUTRISHIELD, PHOOTONICS, Hydroptics, and QOMBINA.

Mid-infrared sensing and spectroscopyprimary
5 projects

Mid-IR sensing applications span water quality (WaterSpy), oil process monitoring (Hydroptics), breath analysis (NUTRISHIELD), diabetic foot monitoring (PHOOTONICS), and frequency combs (Qombs).

Food and bioprocess quality monitoringsecondary
3 projects

NUTRISHIELD (coordinator, personalised nutrition via breath/urine analysis), Code Re-farm (farm-to-fork quality assessment), and WaterSpy (water quality photonics).

Photonics for medical diagnosticssecondary
2 projects

PHOOTONICS applies hyperspectral imaging to diabetic foot monitoring; NUTRISHIELD uses QCL-based breath analysis for nutrition and diabetes.

Frequency comb technologyemerging
2 projects

Qombs explored quantum simulation in QCL frequency combs; QOMBINA (coordinator) focused on their commercialisation.

Organic electronics and perovskite devicesemerging
1 project

PeroCUBE involved roll-to-roll manufacturing of perovskite-based devices for lighting and photovoltaics, suggesting expansion beyond traditional QCL territory.

Evolution & trajectory

How they've shifted over time

Early focus
QCL photonics and quantum sensing
Recent focus
Applied mid-IR industrial sensing

In their early H2020 period (2016–2018), Alpes Lasers focused squarely on their core QCL technology and fundamental photonics — water quality sensing (WaterSpy), quantum simulation (Qombs), and mid-infrared device fabrication (MIRPHAB). From 2019 onward, they pivoted toward applied sensing in diverse verticals: oil industry process control (Hydroptics, which they coordinated), medical diagnostics (PHOOTONICS), food safety (Code Re-farm), and even organ-on-chip microfluidics (Tumor-LN-oC). The trajectory is clear: moving from component-level photonics R&D toward application-driven integration across health, food, and industrial markets.

Alpes Lasers is transitioning from a photonics component supplier into an application-driven sensing company, increasingly coordinating projects that bring QCL technology to market in health, food, and process industries.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European24 countries collaborated

Alpes Lasers predominantly joins consortia as a specialist partner (9 of 12 projects), contributing laser hardware and photonics expertise while others handle system integration and end-user applications. However, they have coordinated 3 projects — notably in nutrition (NUTRISHIELD) and oil sensing (Hydroptics) — showing growing confidence in leading applied projects where QCL is the core technology. With 135 unique partners across 24 countries, they operate as a well-connected technology supplier rather than a closed-loop collaborator, making them easy to integrate into new consortia.

Alpes Lasers has built an extensive European network of 135 unique consortium partners spanning 24 countries, reflecting their role as a versatile photonics supplier that fits into diverse project configurations. Their Swiss base gives them strong connections into both EU-15 and newer member state research ecosystems.

Why partner with them

What sets them apart

Alpes Lasers occupies a rare niche: a European SME that both manufactures QCL hardware and actively participates in the application projects that use it. This means they understand not just laser physics but real-world deployment constraints in food labs, oil refineries, and clinical settings. For consortium builders, they offer a reliable, proven photonics partner who brings both hardware and 12 projects' worth of integration experience across multiple sectors.

Notable projects

Highlights from their portfolio

  • Qombs
    Largest single funding (EUR 1.2M) — an ambitious FET project combining quantum simulation with QCL frequency combs, demonstrating deep physics capability.
  • Hydroptics
    Coordinated by Alpes Lasers (EUR 1.17M) — their flagship applied project bringing mid-IR sensing to oil industry process optimisation.
  • NUTRISHIELD
    Coordinated by Alpes Lasers in an unusual cross-sector move, applying QCL breath analysis to personalised nutrition and diabetes — showing their ability to lead in health/food domains.
Cross-sector capabilities
Food safety and quality monitoringMedical diagnostics and health sensingOil and process industrySecurity and first responder technology
Analysis note: Rich dataset with 12 projects, clear technology core (QCL), and visible evolution from fundamental research toward applied sensing. The company website and project keywords strongly confirm their identity as a laser manufacturer, not just a research participant.