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Perfusion chamber for innovative microfluidics research

Our project focuses on the design, prototyping, and implementation of a perfusion chamber to support advanced laboratory research at ULB.

Industry

Life Science

Scope

Design / Implementation / Data integration

Timeframe

4 months

Technology

  • 3D modeling & printing
  • Microfluidics technology
  • Sensors & monitoring systems
  • Embedded Systems (C++)
  • A4BEE CoreBoard®

2

total project phases

4

months as a total duration

6

team members

The client

The client is an academic research group based in Brussels, specializing in biomaterials and biochemical engineering. Their work focuses on developing innovative materials for tissue engineering and exploring sustainable strategies to valorize biomass for biomedical applications. Combining expertise in material science and biotechnology, the group aims to advance the field of regenerative medicine through interdisciplinary research and collaboration.

Business needs

Ensure consistent fluid dynamics to achieve improved experimental precision, which leads to more accurate research results. Additionally, the solution is custom-tailored, featuring a chamber specifically designed to integrate seamlessly with the experiment's unique requirements. Our latest project focuses on the design, prototyping, and implementation of a perfusion chamber to support advanced laboratory research at ULB. This innovative system is designed to facilitate precise fluid dynamics in experimental settings, enabling accurate analysis.

The challenge

  • 01

    Ensuring the setup remains stable and efficient over long durations without performance fluctuations.

  • 02

    The experimental setup should be mounted quickly and easily.

  • 03

    Precise fluid dynamics in experimental settings

Our solution

We provided a comprehensive solution for the design, development and deployment of a perfusion chamber system, tailored to support experimental research activities. The project covered the following key components:

  1. Comprehensive Graphical and Technical Design

  2. Functional 3D Prototype and Preliminary Test Results

  3. Test Results Using Specified Provided by ULB

  4. Remote Installation and Support for Laboratory

Technology used

  • 3D modeling & printing
  • Microfluidics technology
  • Sensors & monitoring systems
  • Embedded Systems (C++)
  • A4BEE CoreBoard®

The outcome

We successfully developed a reliable and precise perfusion chamber, enhancing experimental accuracy and efficiency. But also...

  • By optimizing the design, we ensured stable and controlled conditions for long-duration experiments.
  • Researchers can focus on analysis rather than troubleshooting installation or fluid control issues.
  • The system allows for seamless integration with existing laboratory setups, improving workflow efficiency.
  • Remote support capabilities reduce downtime and enable smooth implementation at the facility.

What we implemented

  • Control of two peristaltic pumps and two pressure sensors
  • Data Collection and Visualization in Real Time
  • Remote monitoring and process control
  • User-friendly interface
Kinga Surmacz
A dedicated team working towards a shared vision can drive remarkable progress. Precision and reliability are critical in laboratory research, and this project showcases how engineering excellence and collaboration can elevate experimental capabilities. We have created a system that enhances research efficiency and accuracy by integrating advanced design, fluid control solutions, and seamless installation. This is a step forward in supporting scientific discovery with cutting-edge technology.
Kinga Surmacz — Biotechnology Lead

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