Core contributor across HoliFAB, M3DLoC, Moore4Medical, DECISION, ELEVATE, and CHILI — all requiring microfluidic hardware production.
MICROLIQUID SL
Spanish SME manufacturing microfluidic chips and lab-on-a-chip cartridges for portable point-of-care diagnostics across Europe.
Their core work
microLIQUID is a Spanish SME specializing in the design and manufacture of microfluidic chips and lab-on-a-chip devices. They produce the physical microfluidic components — channels, chambers, and sensor integrations — that make portable diagnostic devices possible. Their work spans from rapid prototyping of microfluidic MEMS to production-ready disposable cartridges for point-of-care molecular testing, serving sectors from healthcare screening to industrial biosensing.
What they specialise in
Supplied microfluidic components for portable diagnostics in PoCOsteo (osteoporosis), ELEVATE and CHILI (cervical cancer), and DECISION (COVID-19 molecular testing).
M3DLoC focused on 3D-printed lab-on-a-chip, DECISION on disposable molecular diagnostics, CHILI on HPV DNA genotyping cartridges.
M3DLoC targeted additive manufacturing of microfluidic MEMS; HoliFAB addressed digital-to-physical prototyping pilot lines.
PoCOsteo integrated genomic and proteomic biosensors into point-of-care devices; ELEVATE combined HPV genotyping with proteomics on a single platform.
MAMI project explored magnetic forces and cilia-based local flow control relevant to guided transport in microfluidic systems.
How they've shifted over time
In their early H2020 period (2015–2018), microLIQUID focused broadly on smart systems integration, manufacturing access services, and general biosensor development — projects like SMARTER-SI and PoCOsteo reflected a platform-agnostic microfluidics supplier role. From 2019 onward, their work converged sharply on portable molecular diagnostics for specific diseases: cervical cancer screening (ELEVATE, CHILI) and rapid COVID-19 detection (DECISION). This shift shows a company moving from general-purpose microfluidic manufacturing toward becoming a specialized provider of disposable diagnostic cartridges for field-deployable health screening.
microLIQUID is moving toward low-cost, disposable diagnostic cartridges for community-based health screening in underserved populations — expect continued focus on global health and decentralized testing.
How they like to work
microLIQUID operates exclusively as a participant or third party — they have never coordinated an H2020 project. With 134 unique consortium partners across 27 countries, they are a highly networked component supplier that plugs into diverse consortia. This pattern is typical of a specialist SME that provides a critical hardware piece (the microfluidic chip) to projects led by universities or clinical partners, making them a reliable and low-friction addition to any consortium needing microfluidic expertise.
With 134 unique partners across 27 countries from 9 projects, microLIQUID has built a remarkably wide European network for an SME of its size. Their partnerships span from research universities and hospitals to manufacturing pilot lines, reflecting the cross-disciplinary nature of microfluidic applications.
What sets them apart
microLIQUID occupies a rare niche: they are one of few European SMEs that can take a diagnostic concept from microfluidic chip design through to manufacturable cartridge production. Their Basque Country base in the Mondragon industrial ecosystem gives them access to strong manufacturing infrastructure. For consortium builders, they solve a common bottleneck — turning a lab prototype into a physical, testable, field-ready microfluidic device.
Highlights from their portfolio
- HoliFABLargest single EC contribution (EUR 840,000) — a digital-to-physical prototyping pilot line for microfluidic MEMS, reflecting microLIQUID's core manufacturing capability.
- DECISIONRapid-response COVID-19 project developing a handheld, battery-powered molecular diagnostics platform — demonstrates ability to pivot quickly to urgent health challenges.
- CHILIMost recent project (2021–2026), targeting HPV screening in low-income countries with self-sampling and point-of-care genotyping — signals their direction toward global health impact.