The Serpentine Microfluidic Mixer with Integrated Reaction Chambers is a closed-channel microfluidic device designed for controlled reaction and mixing workflows in research environments. The chip features two inlet channels that merge into a large upstream reaction chamber, followed by a serpentine mixing region, a second downstream reaction chamber, and a single outlet. All inlets and outlets are equipped with integrated Luer lock connectors.
The upstream reaction chamber measures 10,000µm in length and 2,000µm in width, providing an extended interaction zone prior to mixing. The serpentine channel promotes enhanced mixing under laminar flow conditions before fluid enters the second reaction chamber. All channels have a 350µm width and 350µm height and are printed in optically clear Cyto-Clear™ resin to enable direct observation of flow and reaction behavior.
This design is well suited for reaction kinetics studies, controlled mixing experiments, and microfluidic process development.
 
Key Features
Integrated reaction-mixing-reaction microfluidic layout
Two inlets, one outlet with Luer Lock connectors
350 µm channel width and height
Large upstream reaction chamber (10,000µm × 2,000µm)
Serpentine mixing region for enhanced passive mixing
Optically clear Cyto-Clear™ resin
Designed and manufactured in Canada
 
Applications
Microfluidic reaction kinetics studies
Controlled mixing and incubation experiments
Chemical and biochemical microfluidics (non-diagnostic)
Lab-on-chip prototyping and workflow development
 
Research Use Only (RUO):
This product is intended for laboratory research, engineering evaluation, and prototyping purposes only. It is not intended for diagnostic, therapeutic, medical, or clinical use, and has not been evaluated or approved for such applications.
It is not supplied with system-level validation, regulatory documentation, or safety certification for end-use devices.
 
No Performance Guarantee:
Performance characteristics depend on user-defined experimental conditions, fluids, pressures, and system configuration. No specific performance outcome or experimental result is guaranteed.
 
User Responsibility:
The user is responsible for determining suitability of this product for their specific application, including compatibility with fluids, pressures, temperatures, and downstream equipment.
 
Material Compatibility Notice:
Chemical compatibility depends on concentration, exposure time, temperature, and flow conditions. The user must independently verify material compatibility before use.
 
Customization & Scale-Up
This product is also available as a customized design. Channel dimensions, port configurations, and overall layout can be adapted to your experimental needs. We specialize in custom microfluidic development and rapid iteration—contact us to discuss your application.