Abstract
Stereolithography (SL) 3D printer has been used to fabricate microfluidic channels albeit with limitations in the attainable channel geometries. In the article, number 1901109 by Michinao Hashimoto and co-workers, the fabrication of complex networks of microchannels is enabled by the modularization of fluidic networks into printable elements. 2D and 3D networks of microchannels with high complexity (i.e., multiple branching networks) and small cross-sectional dimensions (w = 75 μm and h = 100 μm) are readily achieved.
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