Core contributor across HIPERDIAS, TresClean, HIPERLAM, kW-flexiburst, PULSE, GREAT, and AMPLITUDE — spanning fibre lasers, grating compressors, laser texturing, and multi-photon imaging.
MODUS RESEARCH AND INNOVATION LIMITED
Scottish SME specializing in ultrafast laser systems, photonics applications, and cross-disciplinary R&D spanning medical imaging, industrial processing, and health technology.
Their core work
Modus Research and Innovation is a Dundee-based SME that provides specialist R&D services across photonics, health technology, and applied sensing. Their core technical strength lies in ultrafast laser systems and their industrial applications — from micro-structuring and additive manufacturing to medical imaging and surface texturing. They also contribute research management and innovation expertise to clinical and health technology projects, including Alzheimer's patient engagement and mHealth platforms. Their cross-domain portfolio suggests they operate as a flexible research partner capable of delivering targeted work packages in both deep-tech and health innovation consortia.
What they specialise in
AMPLITUDE applies fibre lasers to bladder cancer endoscopy, while PAPA-ARTIS addresses spinal cord monitoring during aortic surgery — both bridging photonics into clinical settings.
Contributed to EmERGE (HIV mHealth), MOPEAD and ADAPTED (Alzheimer's patient engagement and pathology), and AND-PD (Parkinson's comorbidity).
HIPERLAM focused on laser additive manufacturing, TresClean on antibacterial surface texturing, and kW-flexiburst on kW-class micro-drilling of ceramics and metals.
Coordinated Hi-SIDE, developing high-speed integrated satellite data processing, compression, and transmission systems.
Coordinated CHEQUERS on quantum cascade laser sensors for standoff detection of explosives using hyperspectral analysis.
How they've shifted over time
In their early H2020 period (2015–2017), Modus split focus between quantum cascade laser sensors for security applications (CHEQUERS, which they coordinated) and health technology projects covering HIV, mHealth, and Alzheimer's research. From 2018 onward, their portfolio shifted decisively toward high-power ultrafast laser systems and their applications — kW-class industrial processing, fibre lasers for medical imaging, and grating-based optical components — while maintaining a secondary thread in neuroscience (Parkinson's disease). The trend shows a consolidation around photonics and laser technology with increasing emphasis on translating laser science into clinical and industrial end-use.
Modus is converging on high-power ultrafast laser applications with growing emphasis on medical photonics — expect them to pursue projects where laser technology meets clinical or industrial manufacturing needs.
How they like to work
Modus operates predominantly as a specialist partner, joining established consortia (12 of 15 projects as participant) rather than leading them. Their two coordinator roles — CHEQUERS and Hi-SIDE — were in niche areas (laser sensors, satellite data) where they held specific technical leadership. With 168 unique partners across 27 countries, they maintain a broad but non-concentrated network, suggesting they are sought after for specific technical contributions rather than building repeat partnerships with a fixed set of collaborators.
Extensive European network spanning 168 unique partners across 27 countries, indicating broad reach and demand for their specialist contributions. As a UK-based SME, they have maintained strong continental European ties through predominantly RIA-funded consortia.
What sets them apart
Modus occupies an unusual niche as a small research company that bridges photonics engineering and health research — a combination rarely found in a single SME. Their ability to contribute meaningfully to both a kW ultrafast laser project and a Parkinson's disease study makes them a versatile consortium partner for projects requiring cross-disciplinary translation. For consortium builders, they offer the agility of an SME with the breadth of a research institute, particularly valuable when a project needs someone who can connect laser physics to real-world medical or industrial applications.
Highlights from their portfolio
- AMPLITUDEHighest-funded project (EUR 250,709) combining their photonics expertise with clinical application — multi-photon fibre laser imaging for bladder cancer diagnosis during endoscopy.
- Hi-SIDEOne of two projects they coordinated (EUR 208,500), and their only space-sector project — developing high-speed satellite data processing and transmission systems.
- INDIA-H2OTheir largest non-photonics project (EUR 235,837) in water purification using bio-mimetic and phyto-technologies, demonstrating reach beyond their core laser expertise.