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  • About us
    • 3d.FAB Plaform History
    • 3d.FAB Crew
    • 3d.FAB Start-Ups
    • 3d.FAB Cell Banks
      • Non-human cells – Pig
      • Non-human Cells – Monkey
      • Non-human Cells – Insect
      • Non-human cells – Cocker Spaniel
      • Non-Human cells – Mouse
      • Production cells – Hamster Ovary
      • Production cells – Osteoblast
      • Production cells – Kidney
      • Cancer cells – Breast
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      • Cancer cells – colon
      • Cancer cells – Fibroblast
      • Cancer cells – Lung
      • Stem cells
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      • Stem cells
      • Stem cells
      • Primary cells – Prostate
      • Primary cells – Smooth muscle
      • Prmary cells – Osteoblast
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      • Primary cells – Vascular
      • Primary cells – Skin
    • 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!
  • 3d.FAB Organigram
3d.FAB
  • About us
    • 3d.FAB Plaform History
    • 3d.FAB Crew
    • 3d.FAB Start-Ups
    • 3d.FAB Cell Banks
      • Non-human cells – Pig
      • Non-human Cells – Monkey
      • Non-human Cells – Insect
      • Non-human cells – Cocker Spaniel
      • Non-Human cells – Mouse
      • Production cells – Hamster Ovary
      • Production cells – Osteoblast
      • Production cells – Kidney
      • Cancer cells – Breast
      • Cancer cells – Prostate
      • Cancer cells – Uterus
      • Cancer cells – colon
      • Cancer cells – Fibroblast
      • Cancer cells – Lung
      • Stem cells
      • Stem cells
      • Stem cells
      • Stem cells
      • Primary cells – Prostate
      • Primary cells – Smooth muscle
      • Prmary cells – Osteoblast
      • Primary cells – Lung
      • Primary cells – Retina
      • Primary cells – Vascular
      • Primary cells – Skin
    • 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!
  • 3d.FAB Organigram

Research Themes

Printing in surgery theater

Printing living materials

Printing silicone

4D printing for diagnostic devices

3D printing form boneand ceramic

Printing vascular networks

Developping machines

New 3D printing concepts


New 3D printing concepts and technologies in collaboration 

Withlogo ens


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