The DLP technique enables precise 3D structuring of hydrogel objects by selective photocrosslinking the methacrylated matrix, showcasing the potential of these hydrogels in fabricating complex tissue engineering constructs and other biomedical devices. Additionally, the microparticle-reinforced hydrogel's shear-thinning and stability properties make it wellsuited as a support bath in Embedded 3D printing, where bioinks can be extruded into the support bath to form complex, multilayered constructs with high spatial fidelity.