Product description
The BioDeviceLab 96-Well Microfluidic Plate with Integrated Reservoirs combines the compatibility of a conventional 96-well plate with an embedded microfluidic network that routes fluids beneath all wells. Instead of external Luer connections, the platform uses strategically placed on-chip reservoirs around the plate perimeter to enable loading, buffering, and redistribution of fluids through the underlying microchannels. This design supports gravity-driven flow, pipette-based loading, or connection to external manifolds while preserving a clean, low-profile form factor compatible with standard incubators, microscopes, and plate readers. The optically transparent construction allows direct visualization of wells and channels, enabling reproducible, scalable, and automation-friendly workflows for high-throughput biological and chemical assays.
Key features
Standard 96-well plate footprint with integrated microfluidic layer
Peripheral on-chip reservoirs for fluid loading and distribution
Microfluidic routing beneath all wells for uniform delivery and exchange
Compatible with pipette-based, gravity-driven, or externally controlled flow
Optically transparent for imaging and plate-reader compatibility
Reduces manual pipetting while improving reproducibility and consistency
Applications
High-throughput screening and plate-based assays
Automated or semi-automated reagent delivery and washing
Cell culture assays requiring media exchange or perfusion
Gradient generation and dose–response studies across wells
Multiplexed immunoassays, enzymatic assays, and sample preparation
Microfluidic assay development in standard laboratory workflows
