Biological Applications of Integrative Manufacturing
Additive/Subtractive Biological Applications and Barriers
Advantages of Add/Sub Mfg for Biological Applications
Challenges/Barriers for Additive/Sub Mfg
Summary: Biological Applications
Systems for Biomaterial Fabrication
SFF Systems used for Biomaterial Fabrication
Reactive Plotting in 3D Bioplotter
Biomaterials Processed on 3D Bioplotter
Freiburg/Envisiontec Bioplotter Applications
European Sites Fabricating Exterior Biomedical Devices
Hearing Aid Shells/Dental Ceramics
European Sites Fabricating Hard Tissue Scaffolds
HA Bioplotter scaffolds postfab Sintered
Isotis (Netherlands) and Envisiontec
Loughborough Biological Applications
Loughborough: SLS of HA Implants
Loughborough: Fabricated HA Microstructure
University of Leeds – Mechanical Engineering
Fraunhofer Institute for Laser Technology, Aachen, Germany
Designed Spinal Fusion Cage – ILT and UMich
European Sites Fabricating Soft Tissue Scaffolds/Printing Cells
Polytechnic Institute of Leiria, Portugal
University of Manchester Institute of Science and Technology
PLGA Melt Processed on 3D Bioplotter
Collagen Scaffold Processed on 3D Bioplotter
Fibrin Processing using Reactive Plotting
Schematic of Cell Printing using Bioplotter