Inkjet-based bioprinting |
Small tissues and organs with high resolution requirements can be constructed, ability to print low-viscosity biomaterials |
Inability to provide continuous flow, low vertical structure accuracy, low cell density |
[175–178] |
Extrusion-based bioprinting |
Broad bioink compatibility, printable with multiple viscosities, good biocompatibility, printable with high-cell densities, continuous gradient printing is possible |
Low resolution, slow print speed, only suitable for viscous liquids |
[70, 175, 178, 179] |
Photocuring-based bioprinting |
High printing resolution; can construct more complex structures; high printing speed |
Toxicity of UV light sources to cells, possible damage to cells with photo-initiators |
[147, 178, 180–183] |