A reagent bottle cleaning device uses rotating screw rods and injecting pumps to automate the washing process for laboratory containers.
Horizontal actuators compress fluid chambers against a substrate, eliminating vertical space requirements in low profile instruments.
A droplet-based analysis device segments fluid samples into a two-dimensional monolayer for rapid imaging.
An integrated block-shaped channel body eliminates nozzle needles to resolve assembly complexity while ensuring precise fluid distribution.
A sample analysis cartridge uses a low permeability metal liner to protect dry reagents from external moisture ingress.
Gravity feed from a collapsing flexible bag prevents air bubble mixing and reagent concentration errors during low-volume sample analysis.
Elastic pneumohydraulic diaphragms store liquid volume under pressure and release it during wetout, preventing bubble entrapment in microfluidic channels.