Page 14 - 3D Printing: The Revolution in Personalized Manufacturing

stereolithography (SLA), 20, 30, 34, issues
92–94 air quality, 95
See alsoHull, Charles (Chuck) Shirin Mesbah Oskui, 92–94
Stirling engine, 81 recycling, 22, 96
sustainable, biodegradable
3D ancient artifacts printing
materials, 63, 94, 96–97
Billy Ó Foghlú, 53
toxic materials, 62–63, 92–94
Smithsonian Institution’s X 3D, 52–53
3D Systems. SeeHull, Charles (Chuck)
3D consumer products printing
clothing, 50–52, 73, 86 Urbee 2, 80
electronics, 54–56 US Patent Office, 15
food, 48–50
Voxel8, 54–55
shoes, 51–52
Jennifer Lewis, 55
toys, 53–54
Lewis Group, 55
vehicles, 55–57, 80–81
3D dental printing, 44 World’s Advanced Saving Project
DIY dentistry, 45–46 (WASP), 72
Amos Dudley, 44–47
Stratasys Dimension 1200es 3D, 46
3D Hubs, 64
3D Manufacturing Format (3MF), 25
3D medical printing. Seebioprinting
3D-printed materials
powder, 13–14, 20–21
thermoplastic filaments, 12, 19
UV curable resins, 11
3D printing
history, 8–17
methods, 19–22, 30, 34, 92–94
multiple printing heads, 23
prototypes, 8–9, 38–42
3D printing and aerospace, 80
Lockheed Martin, 80
3D printing and drugs, 43–44
Aprecia Pharmaceuticals, 43–44
Spritam, 43
US Food and Drug Administration
(FDA), 44, 89
ZipDose Technology platform, 44
3D printing and engineering, 8, 16–17,
20, 60, 72
3D printing health and environment

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