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  • About us
    • 3d.FAB Plaform History
    • 3d.FAB Crew
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      • Common Platform for 3D Printing of Medical Devices for Research
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    • 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
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    • Photochemistry
      • Photopolymerization
      • Ceramic printer – 3D CERAM
      • HammerLab35 – Metal printing
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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

Photochemistry

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