Abstract Development of methods for scalable biofabrication of uniformly sized tissue
spheroids is essential for tissue spheroid-based bioprinting of large size tissue and organ
constructs. The most recent scalable technique for tissue spheroid fabrication employs a
micromolded recessed template prepared in a non-adhesive hydrogel, wherein the cells
loaded into the template self-assemble into tissue spheroids due to gravitational force. In this
study, we present an improved version of this technique. A new mold was designed to …