Traditional PEG-based hydrogels, while offering mechanical strength, often lack the celladhesive properties inherent in gelatin-based systems. Similarly, alginate hydrogels, widely used for embedded printing, provide good printability but suffer from limited tunability in degradation and mechanical properties. The combination of methacrylation and microparticle incorporation in the MFG hydrogel addresses these limitations, providing both structural customization and biomimetic features. Furthermore, the ability to switch seamlessly between DLP and embedded 3D printing broadens the scope of potential applications, from creating high-resolution microfluidic devices to fabricating large-scale tissue constructs with complex architectures.