Direct laser writing (DLW) emerged as one of the technologies promising to overcome challenges posed by the field of medicine. It combines additive and subtractive manufacturing, sub-diffraction limited resolution, and complete design freedom of manufactured structures. There is a drive to push it from laboratory-level use to a widespread solution. Here we present several examples of how DLW can be used for it. It includes high-speed printing of flexible medical scaffolds. Lab-on-chip and organ-on-chip devices, including namely cell perforator, slow flow meter, and macromolecule separator. We show how to improve fabrication throughput without compromising fabrication resolution and/or quality.
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