Fraunhofer Institute for Material and Beam Technology IWSThe characterization of fluidic microsystems serves to ensure functionality and reproducibility in biological, pharmaceutical, and diagnostic applications. Structural, fluidic, and functional parameters are captured using advanced measurement and analysis methods in order to describe flow behavior, mechanical properties, and the interaction between the biological sample and the microsystem. Depending on the application, standardized test procedures or specifically adapted protocols are employed, which, in addition to functional parameters, also evaluate stability and long-term performance, thereby enabling the deployment and optimization of robust, versatile microsystems.
A Look at the Details
Image-based Measurements Make Cell Flow in OoC Visible
© Fraunhofer IWS
Characterization of Microsystems
Tensile testing of the material composite of a microsystem.
Characterization of the solvent resistance of printed microfluidic assemblies according to DIN 175.
Our Services
Fluidic Characterization
- Flow rate, pressure, and hydraulic resistance measurements
- Particle Image Velocimetry (PIV) for high-resolution flow analysis
- Analysis of laminar and complex flow behavior
- Characterization of diffusion and transport processes
Structural and Material Characterization
- Profilometry and surface analysis
- Material compatibility and chemical resistance testing
- Tensile testing
- Sealing integrity and leakage testing
- Light and fluorescence microscopy
Optical and Sensor Characterization
- Integration and testing of O₂, CO₂, and pH sensors
- Optical transparency and imaging performance assessment
- Temperature and humidity control
- Sensor calibration and system validation
Functional and Performance Testing
- Testing under realistic laboratory conditions
- Long-term operation and stability characterization
- Automated control and regulation testing
- Compatibility testing with biological samples