Printers by type
3D bioprinters
Bioprinters deposit or cure cell-laden and biocompatible materials for research. Most extrude hydrogels; others use light curing, droplets or lasers.
- printer profiles
- 29
- manufacturers
- 13
- introduction years on record
- 2021–2021
- largest box volume (Axolotl Biosystems Axo A3)
- 1.2 L
Current models with photos
Start with these.
A spread of current and recent machines from different makers, newest first. Not a ranking.
CELLINK
BIO X Generation 3
The manufacturer uses this platform exterior image on the exact model page. Internal configuration differences are not visible.
128 × 85 × 30 mmProfessional
What this page includes
Profiles whose process names bioprinting: extrusion, DLP, MSLA, droplet, microfluidic, laser-assisted and multi-process systems.
- Additive Manufacturing Technologies NIST · Checked 2026-10-15
Newest introductions
- Brinter Core2021
Largest build volumes
- Axolotl Biosystems Axo A3130 × 90 × 100 mm
- Axolotl Biosystems Axo A6130 × 90 × 90 mm
- TissueLabs TissueStart127 × 85 × 80 mm
- REGENHU R-GEN 100130 × 90 × 65 mm
- REGENHU R-GEN 200130 × 90 × 65 mm
Manufacturers
All 3D bioprinters
29 profiles, alphabetical. Specifications are manufacturer claims linked on each profile; a dash means not verified.
| Printer | Process | Build volume (X × Y × Z) | Year |
|---|---|---|---|
| Advanced Solutions Life Sciences BioAssemblyBot 200 | Extrusion bioprinting | — | — |
| Advanced Solutions Life Sciences BioAssemblyBot 400 | Extrusion bioprinting | — | — |
| Advanced Solutions Life Sciences BioAssemblyBot 500 | Extrusion bioprinting | — | — |
| Allevi 1 | Extrusion bioprinting | 90 × 130 × 60 mm | — |
| Allevi 3 | Extrusion bioprinting | 90 × 130 × 60 mm | — |
| Axolotl Biosystems Axo A3 | Extrusion bioprinting | 130 × 90 × 100 mm | — |
| Axolotl Biosystems Axo A6 | Extrusion bioprinting | 130 × 90 × 90 mm | — |
| Brinter Core | Multi-process bioprinting | — | 2021 |
| Brinter One | Multi-process bioprinting | — | — |
| CELLINK BIO X Generation 3 | Extrusion bioprinting | 128 × 85 × 30 mm | — |
| CELLINK BIO X6 | Extrusion bioprinting | — | — |
| CELLINK LUMEN X | DLP bioprinting | 68 × 38 × 100 mm | — |
| Fluicell Biopixlar | Microfluidic bioprinting | — | — |
| Fluicell Biopixlar AER | Microfluidic bioprinting | — | — |
| GeSiM BS3.3 | Extrusion bioprinting | — | — |
| GeSiM BS3.3 Prime | Extrusion bioprinting | — | — |
| GeSiM BS5.3 | Extrusion bioprinting | — | — |
| GeSiM BS5.3/E | Extrusion bioprinting | — | — |
| Inventia Life Science RASTRUM | Droplet bioprinting | — | — |
| NGB-C | Laser-assisted bioprinting | — | — |
| NGB-R | Multi-process bioprinting | — | — |
| REGEMAT 3D BIO V1 | Extrusion bioprinting | — | — |
| REGEMAT 3D REG4Life | Extrusion bioprinting | — | — |
| REGENHU R-GEN 100 | Multi-process bioprinting | 130 × 90 × 65 mm | — |
| REGENHU R-GEN 200 | Multi-process bioprinting | 130 × 90 × 65 mm | — |
| ROKIT Healthcare Dr. INVIVO 4D2 | Multi-process bioprinting | — | — |
| ROKIT Healthcare Dr. INVIVO 4D6 | Multi-process bioprinting | — | — |
| TissueLabs TissueRay | MSLA bioprinting | 60 × 60 × 70 mm | — |
| TissueLabs TissueStart | Extrusion bioprinting | 127 × 85 × 80 mm | — |