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are all viable alternatives. Pride goes before destruction, a haughty spirit before a fall. 3D Printing Designing Through Binder Jetting 168
Binder 168
Design Features 169
xiv 3D Printing & Design
Designing for Selective Metal Laser Sintering--Selective Laser Melting DMLS/SLM 172
Common Design Parameters 174
Metal Printing Design Table 176
Tools for 3D Print Designs 177
Topology Optimization 181
Applications of Fast Fused Filament 185
Applications of Stereolithography (SLA) and
Digital light processing (DLP) 3D Printing SLA/DLP 187
Applications of SLS 189
Applications of Material Jetting 191
Applications of Binder Jetting 192
Applications of--Direct Metal Laser Sintering -
3D Selective Laser Melting - DMLS/SLM 193
3D Printing Materials 195
References 220
6. Accelerate Design Cycles Design Verification Lowering
Production Costs ............................................................................................... 220
Introduction 220
When to Prototype and Why? 220
Speed Invented Product to Market 220
Agile Manufacturing 221
Packaging Design Approval by 3D Printed Prototypes 223
3D Scanning Techniques for 3D Printing 229
The 3D Scanner Landscape 230
Understanding 3D Scanner for 3D Printing 233
3D Bioprinter/Scanner 236
Purchasing 3D Scanner 239
XYZ Printing Da Vinci 1.0 Pro 3in1 3D Printer/Scanner/Engraver 241
Einscan SE Desktop 3D Scanner 243
Leica 3D Disto 250
Ideal Methods to Scan Objects for 3D Printing 251
CAD Design to 3D Printing 252 Introduction 256
Non Traditional Manufacturing Innovative Technique 259
Shorter Lead Time and Design Freedom 264
3D Printing Possibilities 265
The Digital Model 271
Advance Perception of Additive Manufacturing 281
Phases of Rapid Prototyping to Home Fabrication 289
References 302
Contents xv
8. 3D Printing & Design in Healthcare, Food, Fashion & Environmental
Safety .................................................................................................................. 303
Healthcare 303
3D Printing in Health Care 304
Successful Implants of Printed Organs 309
3D Bio-Pen with Bio-Ink 314
Automotive Industry 325
Consumer Products 328
Additive Manufacturing 329
Sociocultural Application 331 Objective 373
Subtractive Manufacturing 373
Questioning- Additive Manufacturing- Friend or Foe? 377
The Justification Challenge 383
Constructing the Financial Justification 386
3D Printing Technology Impact on Society and Economy 392
Worldwide Positive Influence: 396
Selecting the 3D Printer 397
Selecting the 3D Printing--Methodology 398
xvi 3D Printing & Design
Selecting the 3D Printing--Procedures and Materials 398
Definitions Provided by ASTM 398
3D Printing Materials Classifications 399
Additive Manufacturing Cost 400
Poorly-Structured Costs 401
Consumer's Proximity to Production 402
Supply Chain Management 403
Vulnerability to Supply Disruption 403
Cost Models and Comparisons 407
Additive Manufacturing Total Advantage 410
Implementation and Adoption of Additive Manufacturing 412
The Conclusion of the Matter 414