Product description
The BioDeviceLab Asymmetric Droplet Splitter Microfluidic Chip enables deterministic division of droplets into unequal volumes using precisely engineered asymmetric channel geometries. Incoming droplets are guided into a bifurcation region where differences in hydraulic resistance and channel width enforce controlled, reproducible splitting into daughter droplets with predefined size ratios. This passive, valve-free design maintains high throughput and compatibility with upstream droplet generators and downstream incubation, merging, or analysis modules. Fabricated from optically transparent, lab-grade polymer, the chip allows real-time visualization of droplet splitting dynamics and ensures low dead volume and robust operation.
Key features
Asymmetric bifurcation geometry for controlled droplet splitting
Reproducible generation of unequal daughter droplets
Passive operation with no valves or active components
Compatible with continuous droplet streams
Optically transparent for real-time monitoring
Low dead-volume microfluidic architecture
Applications
Droplet volume partitioning and dilution
Sequential reagent dosing in droplet workflows
Controlled splitting for digital assays
Droplet-based biochemical reactions and screening
Integration into modular droplet microfluidics systems
