Integrated microfluidic device executes cascading assays via continuous flow, eliminating manual transfer delays and reducing processing errors.
Segmented fluidic modules process nanoliter samples to isolate and detect biological targets using surface-enhanced Raman spectroscopy.
Plasmonic heating module reduces power consumption and detection time for field-deployable IoT-based digital PCR systems.
A turret with multiple vial receiving holes rotates to align the correct size hole at a delivery position.
Internal vents equalize pressure across the valve to prevent carry-over contamination during nucleic acid amplification.