Product description
The BioDeviceLab Mini Luer Cross-Channel Microfluidic Chip is designed to support intersecting fluid paths in a compact microfluidic footprint. This chip features two perpendicular microchannels that enable controlled crossing and interaction of fluid streams, with standardized through-hole interconnects for seamless Mini Luer or compatible interface integration. Fabricated from optically clear polymer with precise 100 µm channel dimensions, the chip enables direct visualization of flow dynamics while minimizing dead volume. Its robust design is ideal for fluidic mixing, diffusion studies, and cross-flow assays in research and prototype workflows. LabSmith
Key features
Standardized through-hole interface for flexible connections
Orthogonal microchannel geometry (cross-channel)
100 µm wide × 100 µm deep microchannels with long straight paths LabSmith
Optically transparent, lab-grade polymer construct
Low dead-volume design for efficient fluid use
Applications
Controlled fluid intersection and cross-flow studies
Mixing and diffusion experiments
Microfluidic system prototyping
Flow visualization and educational microfluidics
Parallel assay development and fluid routing
