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. Author manuscript; available in PMC: 2024 Aug 8.
Published in final edited form as: Lab Chip. 2023 Aug 8;23(16):3537–3560. doi: 10.1039/d3lc00094j

Table 5.

Commercially available DLP/SLA 3D printers used in the literature. n.r. indicates that a particular specification was not mentioned in the corresponding references; likely indicates the specification as reported by the manufacturer when such a specification could be found

Printer type Supplier Printer name Wavelength (nm) Pixel size (μm) Image size (pixels) Used in

DLP-SLA Asiga, Sydney, Australia 179 MAX X27 UV 385 27 1920 x1080 166,169,176,194,5
Pico 2 HD 385 27 n.r. 35,36,6
Pico Plus 27 405 27 1912 x1140 34,37,177
Pico 2 DLP 405 50 n.r 163

B9 Creations, Rapid City, SD, USA201 B9 Creator v1.1 full color 50 1024 x 768 197

Boston Micro Fabrication, Maynard, MA, USA173 microArchS140 n.r., likely 405 10 1920 x1080 174

CELLINK, Gothenburg, Sweden202 Lumen X n. r., likely 405 50 1280 x1800 185,186

MiiCraft, CADworks3D, Canada170 P110Y 385 40 n.r. 152
M50–405 405 30 n.r. 152
MiiCraft n.r. 56 854 x 480 154

pro3dure medical, Iserlohn, Germany175 FAB-12 n.r. n.r. n.r. 156

Laser SLA 3D Systems, Valencia, CA, USA180 ProJet 7000HD n.r. n.r. N/A 159
Viper n.r., likely 354.7 n.r. N/A 177
Viper Pro n.r., likely 354.7 n.r. N/A 159,160

Formlabs, Somerville, MA, USA168 Form 1 n.r. n.r. N/A 159
Form 2 n.r. n.r. N/A 164,169
Form 3B n.r., likely 405 n.r. N/A 165