Product description
The BioDeviceLab Microfluidic Cell Trap and Capture Array Chip enables deterministic capture and positioning of single cells or particles using an array of precisely engineered microtraps integrated within a continuous-flow microchannel network. The passive design leverages hydrodynamic resistance differences to guide cells into trapping sites while allowing excess fluid and untrapped cells to pass downstream, eliminating the need for valves or active control. Fabricated from optically transparent, lab-grade polymer, the chip supports high-resolution imaging, long-term observation, and downstream manipulation. This platform is well suited for single-cell analysis, rare cell capture, and controlled cell–cell interaction studies in research and translational microfluidic workflows.
Key features
Passive hydrodynamic cell trapping architecture
Array of uniform microtraps for single-cell capture
Continuous-flow operation with no moving parts
Optically transparent for high-resolution microscopy
Low dead-volume channel design
Compatible with reservoir-based or Luer-lock interfacing
Applications
Single-cell isolation and analysis
Rare cell capture and enrichment
Cell–cell interaction and co-culture studies
Time-lapse imaging and phenotypic profiling
Integration with downstream assays and biosensors
