This report has been updated. Click here to view latest edition.
If you have previously purchased the archived report below then please use the download links on the right to download the files.
1. | EXECUTIVE SUMMARY |
1.1. | Total Market of 3D Printing Industry |
1.2. | 3D Printing Materials |
1.3. | Markets for 3D Printing |
1.4. | Value Network |
1.5. | State of the Market |
1.6. | Materials' Market separated by Material |
2. | INTRODUCTION |
2.1. | 3D Printing is... |
2.2. | A brief history of 3D Printing |
3. | KEY ADVANTAGES OF 3D PRINTING |
3.1. | The key advantages of 3D printing are... |
3.2. | Examples of designs not possible using traditional manufacturing |
3.3. | Examples of products which benefit from mass customisation |
4. | OVERVIEW OF 3D PRINTING TECHNOLOGIES |
4.1. | A review of technologies |
4.2. | Thermoplastic extrusion |
4.3. | Stereolithography (SLA) and Direct Light Polymerisation (DLP) |
4.4. | Ink-jetting Photopolymers |
4.5. | Summary of plastic printing |
4.6. | SLS, SLM and EBM |
4.7. | Blown-Powder |
4.8. | Welding |
4.9. | Summary of metal printing |
4.10. | Ink-jetting binders |
5. | MATERIALS OVERVIEW |
5.1. | A review of materials |
5.2. | Photopolymers |
5.3. | Applications of 3D printed photopolymers |
5.4. | Acrylates vs epoxies |
5.5. | Photopolymer suppliers |
5.6. | Properties of commercially available photopolymers |
5.7. | Thermoplastic filament |
5.8. | Applications of 3D printed thermoplastic filament |
5.9. | Thermoplastic filament suppliers |
5.10. | Polymers available from thermoplastic filament suppliers |
5.11. | Properties of objects 3D printed from thermoplastic filament |
5.12. | Chemical suppliers to thermoplastic filament formulators |
5.13. | Thermoplastic powders |
5.14. | Applications of 3D printed thermoplastic powders |
5.15. | Thermoplastic powder suppliers |
5.16. | Polymers offered by thermoplastic powders suppliers |
5.17. | Comparison of 3D printed thermoplastic powders |
5.18. | Metal powders |
5.19. | Applications of 3D printed metal powders |
5.20. | Metal powder suppliers |
5.21. | Alloys available from metal powder suppliers |
5.22. | Sand and binder |
5.23. | Welding wire |
5.24. | Application of 3D printed welding wire |
6. | EMERGING MATERIALS |
6.1. | Overview |
6.2. | Ceramics |
6.3. | Carbon fibre |
6.4. | Electrically conductive materials |
6.5. | Silicone |
6.6. | Biomaterials |
6.7. | Regolith |
6.8. | Graphene |
7. | DISRUPTIVE TECHNOLOGIES |
7.1. | Thermoplastic recycling |
7.2. | Metalysis |
7.3. | Selective Deposition Lamination (SDL) |
7.4. | Magnetohydrodynamics |
8. | PATENTS AND PUBLICATIONS |
8.1. | Patents |
8.2. | Publication trends |
9. | MARKETS |
9.1. | Growth share matrix |
9.2. | Hype curve |
10. | VALUE CHAINS |
10.1. | Value network |
10.2. | The two value chains |
10.3. | Three behaviours of thermoplastic filament consumption |
10.4. | Prices |
10.5. | Price trends of free market materials |
10.6. | Value chain picture (in USD) |
10.7. | Value chain picture (in tonnes) |
11. | STATE OF THE MARKET |
11.1. | State of the market (in USD) |
11.2. | State of the market (in tonnes) |
11.3. | Geographic breakdown of materials' sales |
11.4. | Data |
11.5. | Methods and assumptions |
12. | FORECASTS 2015-2025 |
12.1. | Total market for 3D printing industry |
12.2. | Data |
12.3. | Materials market separated by material (in USD) |
12.4. | Share of market value by material in 2014 and 2025 |
12.5. | Materials market forecast separated by material (in tonnes) |
12.6. | Growth rate by region |
12.7. | Data |
12.8. | Methods and assumptions |
13. | TIMELINE |
13.1. | Start-ups, mergers, acquisitions and closures |
14. | LIMITATIONS AND RESTRAINTS |
14.1. | Current limitations |
14.2. | Links to other technologies |
15. | PROFILES OF 3D MATERIALS' SUPPLIERS |
15.1. | DSM |
15.2. | Rahn |
15.3. | Arevo |
15.4. | TLC Korea |
15.5. | Evonik |
15.6. | Exceltec |
15.7. | Oxford Perfomance Materials |
15.8. | Taulman 3D |
15.9. | Argen |
15.10. | Cookson Gold |
15.11. | LPW |
15.12. | Sandvik |
15.13. | Höganäs |
15.14. | CRP |
15.15. | Fripp Design |
16. | PROFILES OF END-USERS OF 3D PRINTING |
16.1. | Lockheed Martin |
16.2. | Boeing |
16.3. | Ford |
16.4. | Dyson |
16.5. | GE Aviation |
16.6. | BMW |
16.7. | Reebok |
16.8. | Addenbrooke's Hospital |
17. | OPPORTUNITIES |
17.1. | Review of opportunities |
18. | COMPANY PROFILES |
18.1. | 3D Ceram |
18.2. | 3D Systems Europe |
18.3. | Advanced Powders and Coatings |
18.4. | Arcam AB |
18.5. | Arevo Labs |
18.6. | Argen Corporation |
18.7. | Biobots |
18.8. | BotFactory |
18.9. | Canatu |
18.10. | Cookson Precious Metals |
18.11. | CRP Group |
18.12. | Dyson |
18.13. | EPSRC |
18.14. | Evonik |
18.15. | Fabrisonic LLC |
18.16. | Fripp Design Ltd |
18.17. | Graphene 3D Lab |
18.18. | Höganäs |
18.19. | Impossible Objects |
18.20. | Legor Group |
18.21. | Lomiko Metals |
18.22. | LPW Technology Ltd |
18.23. | LUXeXceL |
18.24. | The NanoSteel Company |
18.25. | NinjaFlex |
18.26. | Norsk Titanium |
18.27. | Orbital Composites |
18.28. | Oxford Performance Materials |
18.29. | Rahn AG |
18.30. | Sandvik |
18.31. | Solidscape |
18.32. | Stratasys Ltd. |
18.33. | Taulman3D |
18.34. | TLC Korea |
18.35. | Toner Plastics |
18.36. | Volvo Construction Equipment |
18.37. | Voxel8 |
Slides | 132 |
---|---|
Companies | 37 |
Forecasts to | 2025 |