The expanding applications of 3D printers: an overview of the current status and challenges of material development, as well as future directions!
Detailed explanation of the trends in the development of materials for 3D printers required in the future, along with their applications and case studies!
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"Development of New Materials for 3D Printers" ■Format: B5 size, 380 pages ■Price: 45,000 yen + tax ■Supervised by: Tsuneo Hagiwara ■Published by: NTS Introduction: Materials for 3D Printers Required in the Future and Market Trends Part 1: Various Methods and Material Design Techniques Chapter 1: Trends in Various Fabrication Methods and 3D Printer Development Chapter 2: Material Design Chapter 3: Material Evaluation Part 2: Development of Various Materials and Application Examples Chapter 1: Ceramic Materials Chapter 2: Resin-based Materials Chapter 3: Cement-based Materials Chapter 4: Metal-based Materials Chapter 5: Biological Materials Chapter 6: Carbon Fiber-based/Other Materials
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■List price: 45,000 yen + tax
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P2
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P2
Applications/Examples of results
Functional ceramics Alumina composite materials 3D additive manufacturing technology High heat-resistant ceramic materials High-performance resin powders Engineering plastics Transparent resin materials for photopolymerization LED visible light curing resin Pochicon materials Plant-derived high-performance polyamides Special mortar materials for 3D printers 3D layering systems Construction 3D printers Metal powder materials Aluminum alloy powders Powder materials for porous metal fabrication Biocompatible materials Organ regeneration Scaffold materials Artificial aggregates Carbon fibers Glass bead materials for 3D printers Composite materials for 3D printers
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NTS selects reliable information from the overwhelming amount of information through seminars, publications, and literature information activities, and passes it on to the next generation. From abundance to certainty—that is the philosophy of NTS's activities.