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1. | EXECUTIVE SUMMARY |
1.1. | Why metal 3D printing? |
1.2. | Drivers and restraints |
1.3. | Evaluation of powder manufacturing techniques |
1.4. | Procurement of metal powders for AM |
1.5. | Mergers and acquisitions in metal 3D printing |
1.6. | Capital investment activity |
1.7. | Installed base by printer type in 2016 |
1.8. | Installed base supply forecast |
1.9. | Metal powder revenue forecast |
1.10. | Combined printers and materials revenue forecast |
2. | INTRODUCTION |
2.1. | Introduction to metal 3D printing |
2.2. | History of metal additive manufacturing |
2.3. | Why metal 3D printing? |
2.4. | Drivers and restraints |
2.5. | Future of 3D printing applications |
3. | PRINTING PROCESSES |
3.1. | Common acronyms and definitions |
3.2. | Powder bed fusion - Direct Metal Laser Sintering |
3.2.1. | Overview |
3.2.2. | Key providers |
3.2.3. | SWOT analysis |
3.3. | Powder bed fusion - Electron Beam Melting |
3.3.1. | Overview |
3.3.2. | Key providers |
3.3.3. | SWOT analysis |
3.4. | Directed Energy Deposition - Blown Powder |
3.4.1. | Overview |
3.4.2. | Key providers |
3.4.3. | SWOT analysis |
3.5. | Directed Energy Deposition - Welding |
3.5.1. | Overview |
3.5.2. | Welding: Rapid Plasma Deposition |
3.5.3. | Key providers |
3.5.4. | SWOT analysis |
3.6. | Direct binder jetting - Metal + binder |
3.6.1. | Overview |
3.6.2. | Key providers |
3.6.3. | SWOT analysis |
3.7. | Indirect binder jetting - Sand + binder |
3.7.1. | Overview |
3.7.2. | Key providers |
3.7.3. | SWOT analysis |
3.8. | Ultrasonic additive manufacturing |
3.8.1. | Overview |
3.8.2. | Key providers |
3.8.3. | SWOT analysis |
4. | EMERGING PRINTING PROCESSES |
4.1. | Metal + polymer filament extrustion |
4.2. | Liquid metal deposition |
4.3. | Microfluidic electroplating |
4.4. | Metal DLP and sintering |
4.5. | Nanoparticle jetting |
5. | PROPERTIES OF COMMERCIALLY AVAILABLE PRINTERS |
5.1. | Price versus precision |
5.2. | Price versus speed |
5.3. | Price versus volume |
5.4. | Speed versus volume |
5.5. | Speed versus precision |
5.6. | Precision versus volume |
6. | PRINTER MATERIALS |
6.1. | Particle morphology requirements |
6.2. | Water or gas atomisation |
6.3. | Plasma atomisation |
6.4. | Electrochemical atomisation |
6.5. | Evaluation of powder manufacturing techniques |
6.6. | Supported materials |
6.7. | Procurement of metal powders for AM |
6.8. | Barriers and limitations to using metal powders |
6.9. | Aluminium and alloys |
6.10. | Copper and bronze |
6.11. | Cobalt and alloys |
6.12. | Nickel alloy: Inconel 625 |
6.13. | Nickel alloy: Inconel 718 |
6.14. | Precious metals and alloys |
6.15. | Maraging steel 1.2709 |
6.16. | 15-5PH stainless steel |
6.17. | 17-4PH stainless steel |
6.18. | 316L stainless steel |
6.19. | Titanium and alloys |
6.20. | New alloys for 3D printing |
7. | APPLICATION CASE STUDIES |
7.1. | Hofmann |
7.2. | RUAG Space and Altair |
7.3. | GE Aviation |
7.4. | Airbus |
7.5. | Boeing 787 Dreamliner |
7.6. | Siemens |
7.7. | Land Rover BAR |
7.8. | John Deere |
7.9. | Shapeways Jewelry |
7.10. | Arcam AB |
7.11. | Fraunhofer |
8. | INVESTMENTS, ACQUISITIONS AND PARTNERSHIPS |
8.1. | M&A activity in metal 3D printing |
9. | MARKET STATISTICS AND TRENDS IN 2016 |
9.1. | Installed base by printer type |
9.2. | Printer units sold |
9.3. | Installed base by manufacturer |
9.4. | Average prices by printer type |
9.5. | Revenues by printer type |
9.6. | Market value of metal powders |
9.7. | Share of metal powder sold by mass |
9.8. | Share of metal powder sold by revenues |
10. | PRINTERS AND MATERIALS: MARKET FORECASTS FOR 2018-2028 |
10.1. | Forecast methodology |
10.2. | Installed base supply forecast |
10.3. | Annual unit sales forecast |
10.4. | Annual printer revenue forecast |
10.5. | Materials sales volume forecast |
10.6. | Powder vs other feedstocks sales volume forecast |
10.7. | Powder sales volume forecast |
10.8. | Powder revenue forecast |
10.9. | Combined printers and materials revenue forecast |
11. | APPENDIX: COMPANY PROFILES |
11.1. | 3D Systems |
11.2. | Advanced Powders & Coatings |
11.3. | Arcam AB |
11.4. | Argen Corp |
11.5. | Boeing |
11.6. | Carpenter Technology |
11.7. | Concept Laser |
11.8. | Cookson Precious Metals |
11.9. | Cytosurge |
11.10. | EFESTO |
11.11. | EOS |
11.12. | The ExOne Company |
11.13. | Fabrisonic |
11.14. | Fraunhofer |
11.15. | Hoganas |
11.16. | Hybrid Manufacturing Technologies |
11.17. | Legor Group |
11.18. | Lockheed Martin |
11.19. | Loll Feinmechanik |
11.20. | LPW Technology |
11.21. | Markforged |
11.22. | Materialise |
11.23. | Metalysis |
11.24. | Nanosteel |
11.25. | Norsk Titanium |
11.26. | Optomec |
11.27. | QuesTEK |
11.28. | Realizer |
11.29. | Sandvik Osprey |
11.30. | SLM Solutions |
11.31. | Volvo |
11.32. | Voxeljet |
Slides | 187 |
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Companies | 32 |
Forecasts to | 2028 |