Microfluidic perfusion system
The challenge
An academic research group in Brussels specializing in biomaterials and biochemical engineering faces the challenge of maintaining consistent fluid dynamics to ensure precision and accuracy of research outcomes. Additionally, their interdisciplinary projects demand custom-tailored solutions, such as perfusion chambers specifically designed to integrate seamlessly with unique experimental requirements and support innovation in tissue engineering and sustainable biomedical applications.
Solution
We provided a comprehensive solution for the design, development and deployment of a perfusion chamber system, tailored to support experimental research activities and enhancing experimental accuracy and efficiency.
QB Edge control unit Providing power and data connection to devices 2 PUMPS Precise control of fluid flow PRESSURE SENSOR Gather precise data from pressure sensors
Dynamic P&ID Graphs and Reports Remote Access S treamlines workflows, maintains data integrity, and accelerates research. Functional 3D Prototype MICROFLUIDIC PERFUSION CHAMBER
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
Key outcomes
- 4
months to develop and implement entire solution
- 1
Automated perfusion chamber and control platform
- 50%
Lower cost compared to other market solution