Central to all three projects: R2R Biofluidics (bioanalytical device fabrication), NextGenMicrofluidics (upscaling microfluidic devices), and MedPhab (medical device development).
GENSPEED BIOTECH GMBH
Austrian biotech SME specializing in microfluidic diagnostic devices, from nano-enabled surfaces to validated, production-ready medical testing platforms.
Their core work
Genspeed Biotech is an Austrian SME specializing in rapid diagnostic testing, developing microfluidic-based bioanalytical devices for medical diagnostics. They contribute expertise in device validation, quality management, and bringing nano-enabled diagnostic platforms from lab prototypes to manufacturable products. Their work sits at the intersection of nanotechnology, microfluidics, and photonics — always oriented toward scaling up diagnostic devices for real-world medical use. All three of their H2020 projects are Innovation Actions, confirming their focus on market-ready technology rather than basic research.
What they specialise in
NextGenMicrofluidics focuses on nano-enabled surfaces and membranes; R2R Biofluidics on micro- and nanofabrication for bioanalytical devices.
NextGenMicrofluidics lists device validation, quality management, and regulatory readiness as explicit work areas.
R2R Biofluidics built on R2R imprinting technology; NextGenMicrofluidics continues with roll-to-roll production for upscaling.
MedPhab involves photonics solutions at pilot scale for accelerated medical device development.
How they've shifted over time
Genspeed's earliest H2020 involvement (R2R Biofluidics, 2015-2019) focused on large-scale micro- and nanofabrication techniques — essentially the manufacturing backbone for diagnostic chips. From 2020 onward, their projects shifted decisively toward the application layer: medical diagnostics via photonics (MedPhab) and next-generation microfluidic test beds with nano-enabled surfaces (NextGenMicrofluidics). The trajectory is clear — from manufacturing process contributor to a company actively shaping the diagnostic device itself, including its validation, regulatory pathway, and time-to-market readiness.
Genspeed is moving up the value chain from fabrication contributor toward owning the diagnostic device development and validation process, making them increasingly relevant as a partner for medical device scale-up projects.
How they like to work
Genspeed always participates as a partner, never as coordinator, which is typical for a focused SME that brings specific technical capabilities to larger consortia. With 45 unique partners across just 3 projects, they operate in large Innovation Action consortia (averaging 15+ partners per project). This means they are experienced in multi-partner, cross-country collaboration and comfortable contributing a defined work package without needing to lead the administrative effort.
Despite only three projects, Genspeed has built a network of 45 unique consortium partners spanning 14 countries — a wide European footprint driven by participation in large-scale Innovation Actions. Their network is weighted toward manufacturing, nanotechnology, and medical device development communities.
What sets them apart
Genspeed occupies a specific niche: they are a biotech SME that understands both the nano-scale science of diagnostic surfaces and the practical requirements of scaling those devices to production. Few SMEs combine hands-on experience with roll-to-roll fabrication, microfluidic device validation, and regulatory readiness for medical diagnostics. For consortium builders, they fill the critical gap between a lab prototype and a manufacturable, validated medical device.
Highlights from their portfolio
- NextGenMicrofluidicsTheir largest funded project (EUR 444K), covering the full chain from nano-enabled surfaces to upscaling, validation, and regulatory readiness for microfluidic devices.
- MedPhabA photonics pilot line project that positions Genspeed at the intersection of photonics and medical diagnostics — a strategic diversification from their microfluidics core.
- R2R BiofluidicsTheir first H2020 project, focused on roll-to-roll nanofabrication — the manufacturing foundation that all their subsequent diagnostic device work builds upon.