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3d.FAB
About us
3d.FAB Crew
3d.FAB Start-Ups
3d.FAB Cell Banks
Scientific board
ISO 13485
Oral communications
Press and TV Releases
Carreers
Publications
Research Themes
Tissue Engineering Through Micro-Tissue Assembling
Regenerative medicine projects
BLOC-PRINT
REBOOT 3D
HealShape
Regenerative Medicine Skin
Regenerative Medicine Vascular
Printing bone and ceramic
Medical devices developments
Printing silicone
NASALTIS 3D
FASSIL
Common Platform for 3D Printing of Medical Devices for Research
Quality Management System
Rare Disease Diagnosis
Tumor Model
Simulation and understanding
Cellstress
FlowTips: Predictive tool for bioprinting
Process and analytics
Bioprocess
ANR Estimate
SPACE APPLICATIONS
Art, literature, music and society
Technologies
Bioprinting
Robotic arm 3D printer (Bioassembly Bot®)
Micro-dosing system integration with 6-axis bioprinter
High resolution ink jet bioprinting
Bioprinter open-source prototype
GitHub
Tobeca-Cosmed 333
Bioprinting : Printing living materials
Intra-operative bioprinting for skin regeneration
Thermoplastics
FREEFORMER – ARBURG
FDM
FDM Pellet extruder
FDM for ceramic (NANOe)
High Temperature 3D FDM Printer
Biggest French FDM with 200µm resolution
Photochemistry
Photopolymerization
Ceramic printer – 3D CERAM
HammerLab35 – Metal printing
Polyjet
Ultra-high resolution (2 photons)
4D printing for diagnostic devices
3D InnovationLab
Team
InnovaLab Projects
3D UNIPROD
Stemstation
Rigiflex
MATBio3D
MEDIA4TISS
Online analytics
3DRam
TISSPROD
Equipment
Publications
Patents
Conferences
Access to the Platform
Services
3d.FAB Academy
Partnership
Partnership with Master’s degree
Contact us!
Posts in April 16, 2020
by
fabric-advanced-biology
April 16, 2020
How cells move in bioprinting?
Modeling of flow and cells tracking through the bioprinting setup using CFD (Computational Fluid Dynamics). Come […]
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