A modular and lowcost 3D-printed microfluidic device with assembly of capillaries for droplet mass production
AA Aguirre-Pablo, JM Zhang, EQ Li… - APS Division of Fluid …, 2015 - ui.adsabs.harvard.edu
We report a new 3D-printed microfluidic system with assembly of capillaries for droplet
generation. The system consists of the following parts: 3Dprinted Droplet Generation Units
(DGUs) with embedded capillaries and two 3D-printed pyramid distributors for supplying two
different fluid phases into every DGU. A single DGU consists of four independent parts: a top
channel, a bottom channel, a capillary and a sealing gasket. All components are produced
by 3dprinting except the capillaries, which are formed in a glass-puller. DGUs are …
generation. The system consists of the following parts: 3Dprinted Droplet Generation Units
(DGUs) with embedded capillaries and two 3D-printed pyramid distributors for supplying two
different fluid phases into every DGU. A single DGU consists of four independent parts: a top
channel, a bottom channel, a capillary and a sealing gasket. All components are produced
by 3dprinting except the capillaries, which are formed in a glass-puller. DGUs are …
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