Advanced Microfluidics Research Collaboration Program

AMF Research Collaboration Program

open until July 15th, 2026

Access to advanced fluid control technologies should not be a limiting factor in bringing ambitious microfluidic concepts closer to real-world applications. Through our Research Collaboration Program, Advanced Microfluidics provides project-based financial support on selected system configurations, combined with hands-on technical collaboration.

Progress in microfluidics often comes down to one key factor: how precisely you can control fluids on a small scale. We work closely with research and innovation teams to overcome critical technical bottlenecks, whether it’s achieving stable flow, eliminating pulsation, or scaling complex fluidic architectures toward robust, deployable systems.

A program built for real experimental and translational challenges

 

Rather than a traditional grant, our Research Collaboration Program is designed as a true collaboration framework. We support teams working on demanding applications such as:

AMF Research Collaboration Program - Organ on chip Organ-on-chip and microphysiological systems
AMF Research Collaboration Program - Drug Formulation Drug delivery and formulation
AMF Research Collaboration Program - Diagnostic plateform Analytical and diagnostic platforms
AMF Research Collaboration Program - Lab automation Lab automation and complex fluid routing

Our focus goes beyond supplying components, we help bridge the gap between experimental setups and reliable, reproducible, and scalable systems.

What you can expect

Selected partners benefit from:

  • Project-based financial support on selected system configurations
  • Preferential access to AMF fluid control technologies (syringe pumps, rotary valves, integrated systems)
  • Co-development support on fluidic architecture, system integration, and scalability
  • Direct interaction with our engineering and application teams

Built around your project, not a catalog

Every project is unique. Instead of fixed packages, we evaluate opportunities based on:

  • Technical complexity
  • Scientific and application relevance
  • Potential for translation toward industrial or real-world use

This allows us to tailor both the technical approach and the level of support to your specific needs.

Who should apply

 

We welcome collaborations with:

  • Research groups and innovation teams
  • Early-stage researchers and PhD teams
  • Teams developing new experimental platforms involving fluid handling
  • Projects with a clear ambition toward system integration, automation, or scale-up

Take advantage of this opportunity

Benefit from dedicated support to move your microfluidic system closer to real-world deployment.

 

Submit your project today

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Please fill in the form below and tell us more about your work

Let’s discuss your project

The program is open until July 15th, 2026.

If your work involves demanding fluid control challenges and a vision toward robust, scalable systems, we would be glad to explore how we can support you. Get in touch with the Advanced Microfluidics team to start the conversation.

Made in Switzerland
10+ years of experience
Short Lead Time