Microfluidics-enhanced bioprinting holds great promise in the field of biofabrication as it
enables the fabrication of complex constructs with high shape fidelity and utilization of a
broad range of bioinks with varying viscosities. Microfluidic systems contain channels on the
micrometer-scale, causing a change in fluid behaviors, enabling unconventional bioprinting
applications such as facilitating the precise spatial positioning and switching between
bioinks with higher accuracy compared to traditional approaches. These systems can …