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Rapid prototyping of microfluidic devices has advanced greatly, along with the development of 3D printing and micromachining technologies. However, peripheral systems for microfluidics still rely on conventional equipment, such as bench‐top microscopy and syringe pumps, which limit system modification and further improvements. Herein, optofluidic modular blocks are presented as discrete elements to...
In article number 1802769, Sungyoung Choi and co‐workers demonstrate how a whole microfluidic system can be easily assembled using optofluidic modular blocks, and the standardized, self‐interlocking structures of the blocks enable easy assembly and reconfiguration of the blocks in an intuitive manner, which is suitable as an open‐source principle for shareable microfluidics technology.
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