
The microfluidics field is at a critical crossroads: the technology has had a huge impact, yet the fabrication of complex microfluidic devices remains technically challenging and expensive, and the community does not agree on the “ideal material”. I will review our recent efforts based on the 3D-Printing of biocompatible PEG-DA resins and laser cutting of plastic laminates. These techniques are suitable strategies for launching a startup based on complex (3D) devices such as organ/tissue-on-a-chip.