Product description
The BioDeviceLab Multi-Reaction Chamber Microfluidic Chip is designed to support parallel chemical and biological reactions within a compact, optically transparent microfluidic format. The chip integrates an array of discrete reaction chambers, each connected to inlet and outlet ports through precisely defined microchannels, enabling controlled loading, incubation, and flushing of reagents. The chamber geometry provides increased volume relative to transport channels, allowing reactions to proceed under well-defined conditions while maintaining efficient fluid handling and minimal dead volume. This architecture is well suited for multiplexed assays, reaction optimization, and time-resolved studies where uniformity and reproducibility across chambers are critical.
Key features
Multiple isolated reaction chambers on a single chip
Microchannel-connected inlets and outlets for controlled loading and exchange
Optimized chamber geometry for incubation and reaction stability
Optically transparent, lab-grade polymer construction
Low dead-volume routing for efficient reagent use
Supports parallelization and scalable assay design
Applications
Parallel chemical and biochemical reactions
Enzymatic assays and kinetic studies
Incubation-based microfluidic workflows
Multiplexed assay development and optimization
Sample conditioning and reaction staging prior to downstream analysis
