Microfluidic bypass for efficient passive regulation of droplet traffic

We propose a simple design for microfabricated junctions that allows an equal and regular distribution of droplets between the two outlets of a {T} junction. It relies on establishing a connection between the two outlets shortly after the junction to provide short-time memory to the device and induce perfect alternation in the choice of the outlet. We experimentally demonstrate the benefits of this simple passive device by a direct comparison to junctions without bypasses.

– Publié dans Applied Physics Letters

Microfluidic_bypass_for_efficient_passive_regulation_of_dropplet_traffic_at_a_junction