Fast prototyping of organ-on-a-chip with PRIMO
Application Note – Abstract: Allowing to mimic highly complex physio-pathological conditions on miniature chip-scale devices, microtechnologies have the potential to revolutionize biology. Among them, microfabrication of polymer materials is of great interest for biomedical applications. However, microfabrication is a complex, multi-step process making the prototyping of a chip for a specific application both time and money consuming. Here, we present PRIMO, a maskless, on-demand UV projection system allowing fast prototyping of microfabricated devices for biological applications.
Allowing to mimic highly complex physio-pathological conditions on miniature chip-scale devices, microtechnologies have the potential to revolutionize biology. Among them, microfabrication of polymer materials is of great interest for biomedical applications. However, microfabrication is a complex, multi-step process making the prototyping of a chip for a specific application both time and money consuming. Here, we present PRIMO, a maskless, on-demand UV projection system allowing fast prototyping of microfabricated devices for biological applications.