Table 6.
Applications of multi-material vat photopolymerization in various bio-medical areas.
| Applications | Printing Materials | Methodology | Reference |
|---|---|---|---|
| Scaffolds for tissue engineering | PEGDA, PEGDMA | Resin exchange, SLA | [334] |
| Multilayer polypills | PEGDA + dissolved drug | Resin exchange, SLA | [332] |
| Multilayer polypills | PEGDA, PEGDMA + dissolved drug | Resin exchange, SLA | [333] |
| Tissue-porous scaffolds | PEGDA, Commercial photocurable resins, + Leachable salt particulates | DLP | [335] |
| Bioactive scaffolds | PEGDA, PEGDMA, + fluorescently labeled components | Resin exchange, SLA | [336] |
| Neovasculature | PEGDA, PEGDMA, + Murine cells | Resin exchange, SLA | [337] |
| Constructs with Encapsulated Cells | PEGDA + human dermal fibroblasts | Resin exchange, SLA | [338] |
| Piezoelectric acoustic sensor | PEGDA + barium titanate nanopowder + multi-walled carbon nanotubes | Resin exchange, DLP | [339] |
| Cell encapsulation | PEGDA + cells | Resin exchange, SLA | [340] |
| Multi-material cantilevers | poly(ethylene glycol) diacrylate (PEGDA) and acrylic-PEG-collagen (PC) | Resin exchange, SLA | [341] |
| Selective Porous Barriers | PEGDA: MW 258, MW 575, MW 700 | Resin exchange, SLA | [65] |
| Biological sensors | PEGDA, commercial resin, + biomolecules | Resin exchange, SLA | [342] |
| Tissue scaffolds | PEGDA+ fluorescently-labeled polystyrene microparticles | Resin exchange, SLA | [343] |
| Spatially-designed biological sensor | oxidized methacrylic alginate, poly(ethylene glycol) methyl ether methacrylate, PEGDA + cells | Resin exchange, SLA | [344] |
| Cells interactive sensors | Gelatin methacrylate, PEGDA, fluorescent dextrans, cells | Resin exchange, SLA | [345] |