A microfluidic SME specialized in European
consortium partnership
Discover more!
How to collaborate with us
We provide tailor-made microfluidic solutions for your consortium
1
Phase 1
We explore opportunities
Propose tailor-made microfluidic solutions, from early concept to prototype
Discuss market-related tasks, such as business modeling and exploitation planning
2
Phase 2
We contribute to the proposal
Participate in proposal writing
Review the proposal and give feedback based on experience from previous submissions
- Connect you with a partner from our network with complementary expertise, if needed
3
Phase 3
We ensure microfluidic engineering & implementation
Provide technical expertise and continuous improvements to the microfluidic system
Transfer the prototype to our partners’ lab for testing and support instrument use
Ensure the system meets market needs through ongoing user and market engagement
Phase 3
Contribute to the project
Develop tailor-made microfluidic solutions, from early concept to prototype.
Contribute to market-related tasks, such as business modeling and exploitation planning.
Phase 2
Co-write and submit the proposal
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We co-write and structure proposals, focusing on technical, innovation, and impact sections.
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We submit the proposal following the required EU format and guidelines.
Phase 1
Exploring opportunities together
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MIC assists in identifying relevant Horizon Europe calls.
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We bring together academic and SME partners with complementary expertise.
Our products
microfluidic
skills
in one company
Discover how we’ve brought microfluidics projects to life
Microfluidic flow control
Crucial for many biological assays, chemical analysis, and material synthesis applications
Organ-on-a-chip
3D cell cultures that use microfluidics to reproduce how a tissue or an organ works.
Microfabrication
Process of creating precise microscale chip channels.
Encapsulation
Developing droplets to isolate single cells and other particles.
Our research projects
We have innovated
in 50+ EU and national projects
Enhanced imaging flow cytometry
imaging flow cytometry
single-cell analysis
Characterization of the cellular heterogeneity of complex biological systems requires high-throughput screening techniques.
Expected result
Fluidic control systems for ultra-low-flux and ultra-high-throughput flow cytometry.
4D printing new additive manufacturing technologies
4D printing
additive manufacturing
Using shape-changing materials, that respond to stimuli, makes it easier to create complex structures, which is important to fully unlock their potential in fields like medicine and biomedical devices.
Expected result
Developing 4D printing voxel device that can deposit multi-material polymerizable microdroplets with variable spatial resolutions.
Cell interaction in next generation 3D tissue models
3D tissue
artificial cells
cell behavior
Creating 3D tissue models with programmable artificial cells to study realistic cell behavior and drug delivery while reducing animal testing.
Expected result
Developing a microfluidic flow control platform that enables continuous, sterile, automated cell perfusion and live microscopy monitoring of 3D tissue models without using an incubator or disconnecting the culture chip.
Biomaterial engineering for organ repair
Biomaterials engineering
human tissue repair
Engineering of advanced biomaterial methods to create vascularized, transplantable human tissues using nanobot-assisted self-assembly and microfluidics.
Expected result
Generating a functional artificial hippocampal tissue with an embedded vascular network and functional blood-brain barrier, demonstrating integration with native tissues for organ repair.
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Ready to collaborate?
Horizon Europe Cluster Health
Interested in health research? The Cluster Health calls focus on sustainable health systems across Europe.
Mental health
Data-Driven Tools
Deadline September 16, 2025
EIC Pathfinder Challenge 1
Innovating for sustainable agriculture? This call is seeking solutions for climate-resilient crops and plant-based biomanufacturing.
Resilient Crops
Plant-Based Biomanufacturing
Deadline October 29, 2025
EIC Pathfinder Challenge 2
Advancing AI in cancer care? This call aims to develop next-gen AI agents for precision medicine and cancer treatment.
Medical diagnosis
Generative AI
Deadline October 29, 2025
EIC Pathfinder Challenge 4
Are you developing breakthrough waste-to-value tools? The EIC Pathfinder Challenge on Waste Valorization is open for proposals.
Circular economy
Waste valorization
Deadline October 29, 2025
Funding calls 2025-2026
At the Microfluidics Innovation Center,
All calls