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Priyadarshini, et al.
Table 1. (Continued).

Printing Printer model Possible reason Material 3D construct Application Cells used Ref.
technique for choice of developed
printer
Organ-on-a-chip
Material Objet30 Pro Rigidity, Objet Modular Bioreactor Endothelial [36]
jetting 3D-printer transparency VeroClear chamber for blood- cells, rat
brain-barrier primary
environment astrocytes
SLA Cellbricks High resolution Gelatin and Liver lobule Bioreactor for Human [37]
3D-bioprinter polyethylene characterization of hepatoma cell
glycol liver organoid under line, human
static conditions stellate cells
SLA Perfactory 3 High resolution PIC100 resin 3D vessel Bioreactor that Human [38]
Mini-Multi mimics healthy umbilical
Lens 3D-printer and stenotic blood vein
vessels endothelial
cells
Material MakerBot Affordable, Polylactic acid Input/output Bioreactor for Endocrine [39]
extrusion Replicator 2 geometrical multiplexer endocrine tissue cells
3D-printer precision function
Material ROSTOCK Affordable, Polymer Molds Bioreactor for MC3T3-E1 [40]
extrusion MAX V2 geometrical bone metastasis cells
Desktop precision
3D-printer
Material Printrbot Affordable, Thermoplastic Conformal Bioreactor for Microfluidic [41]
extrusion Simple Metal geometrical device whole organ devices that
3D-printer precision biomarker interface
Material Custom Micro-extrusion Silicone, profiling with surface
extrusion microextrusion- sodium of whole
based polyacrylate organs
3D-printer hydrogel
Cell observation
DLP Micro Plus Hi- High resolution HTM140 Microscopy Bioreactor Human cell [42]
Re 3D-printer chamber accessory for lines infected
multidimensional by membrane-
imaging GFP
lentivirus,
nuclear-
tdTomato
DLP EnvisionTEC High resolution Eshell 300 Fluidic culture Bioreactor for cell hMSCs [43]
®
Perfactory chamber imaging
3D-printer
SLA 3D Systems Affordable, high WaterShed XC Cell perfusion Bioreactor for CHO-K1 [44]
Viper SLA accuracy, high 11122 resin system (valves cellular calcium cells
system resolution and pumps) imaging
SLA PicoPlus 27 High accuracy, Polypropylene/ Semiconductor- Bioreactor for CHO-K1 [45]
3D-printer high resolution acrylnitril- based cell growth and cells
butadien-styrol biosensors metabolism
imaging, resin
compatibility on
cells
3D: Three-dimensional, FDM: Fused deposition modeling, SLA: Stereolithography, DLP: Digital light processing, ABS: Acrylonitrile butadiene styrene

International Journal of Bioprinting (2020)–Volume 6, Issue 4 83