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현재위치 : HOME > 리포트 > Information Technology > IT기술 3D Printing 2016-2026: Technologies, Markets, Players 발행사 IDTechEx 발행일 2016-07-22 분량 187 pages 서비스형태 Report 판매가격 PDF Single User : $5,475 인쇄하기 Table of Contents 1. EXECUTIVE SUMMARY 1.1. Advantages of 3D Printing 1.2. Printing processes and material compatibility 1.3. Numbers of acquisitions within the 3D printing industry 1.4. Investment Opportunities? - stock price drop 1.5. Increasing value of 3D printed objects 1.6. Expectations 1.7. Machine Sales by Technology 1.8. Forecast of Installed Base by Technology 1.9. Forecast of Revenue by Technology 1.10. Forecast of 3D Printing Industry Revenue 1.11. Challenges that need to be solved 2. INTRODUCTION 2.1. 3D Printing is... 2.2. Advantages of 3D Printing 2.3. The cost of complexity 2.4. Drivers 2.5. A brief history of 3D printing 2.6. Company Start Dates 2.7. Fully Digital Work-flow 3. 3D PRINTING TECHNOLOGIES 3.1. Printing processes and material compatibility 3.2. Alternative Naming of Technologies 3.3. Vat Photopolymerisation 3.4. Sales - Vat Photopolymerisation 3.5. Material Extrusion 3.6. Sales - Material Extrusion 3.7. Material Jetting of Photopolymers 3.8. Sales - Material Jetting 3.9. Powder-bed Fusion - Selective Laser Sintering 3.10. Sales - Thermoplastic Powder-Bed 3.11. Powder-bed Fusion - Selective Laser Melting 3.12. Powder-bed Fusion - Electron Beam Melting 3.13. Sales - Metal Powder-Bed 3.14. Direct Energy Deposition - Blown Powder 3.15. Direct Energy Deposition - Welding 3.16. Sales - Directed Energy Deposition 3.17. Binder Jetting - Metal + Binder 3.18. Binder Jetting - Sand + Binder 3.19. Binder Jetting - Plaster + Binder 3.20. Sheet Lamination 4. PRODUCT LANDSCAPE 4.1. Machine prices by printing process 4.2. Speed vs Price 4.3. Build volumes by printing process 4.4. Volume vs Price 4.5. Build speed by printing process 4.6. Speed vs Volume 4.7. Precision by printing process 4.8. Price vs Precision 4.9. Volume vs Precision 4.10. Precision vs Speed 5. INTERESTING INNOVATIONS 5.1. Three most promising innovations in 3D printing 5.2. Promising companies working on these innovations 5.3. Carbon 3D 5.4. Gizmo 3D 5.5. LCD stereolithography 3D Printing 5.6. Impossible Objects 5.7. 3D Printing of Levitating Objects 5.8. Hybrid Manufacturing Technologies 5.9. 3D Systems SLAbot-1 6. TECHNOLOGY ROADMAP 6.1. Layer Thickness Predictions 6.2. Build Speed Predictions 6.3. EU Roadmap for Technical AM Development 6.4. EU Roadmap of Grand Challenges served by AM 7. CONSUMER-LEVEL DESKTOP 3D PRINTING 7.1. Emergence of consumer-level 3D printing 7.2. Emergence of consumer-level 3D printing 7.3. 'Consumer-level' 7.4. Emergence of consumer-level 3D printing 8. MARKET STRUCTURE 8.1. Value Network 8.2. Value Network 8.3. The Two Value Chains 8.4. Value chains: vendor lock-in 8.5. Value chains: free market materials 8.6. Value chain determines material prices 8.7. Business Models 8.8. Descriptions of key roles - Materials 8.9. Materials' Suppliers Worldwide 8.10. Descriptions of key roles - Software 8.11. Patentability of digital models 8.12. Descriptions of key roles - Hardware 8.13. Descriptions of key roles - Users 8.14. Examples of Service Bureaus Worldwide 8.15. Standards Organisations 8.16. Collaborations 8.17. Numbers of acquisitions within the 3D printing industry 8.18. Acquisitions by company type 8.19. Value of Acquisitions 9. COMPETITIVE LANDSCAPE 9.1. Big Players Entering the Market 9.2. Investment Opportunities? - stock price drop 9.3. Market Leaders Raise Barriers to Entry 9.4. Low-end Shake-out 9.5. Thermoplastic Extrusion Manufacturers 9.6. Innovators Diversify 9.7. How innovation is seeking to address industry problems 9.8. How technology progress will enable new applications 10. APPLICATIONS 10.1. Increasing value of 3D printed objects 10.2. 'Killer App' 10.3. Timeline of Adoption 10.4. Expectations 10.5. Market Share of Applications in 10.6. Prototyping 10.7. Case Study: Dyson 10.8. Tooling 10.9. Case Study: John Deere 10.10. Case Study: Volvo Construction Equipment 10.11. Aerospace 10.12. Case Study: Boeing 10.13. Case Study: GE Aviation 10.14. Timeline of Adoption in Aerospace Applications 10.15. Medical 10.16. Case Study: Sonova 10.17. Timeline of Adoption in Medical Applications 10.18. Dental 10.19. Case Study: Argen Digital 10.20. Orthopaedics 10.21. Case Study: Adler Ortho 10.22. Jewellery 10.23. Case Study: Birmingham School of Jewellery 10.24. Hobbyist 10.25. Film Industry 10.26. Case Study: Propshop 10.27. Education 10.28. Case Study: University of Malaya in Malaysia 10.29. Off-Planet Manufacturing 10.30. Case Study: Made in Space 10.31. Architecture 10.32. Case Study: Modelzium 10.33. Art 10.34. Oil and Gas 10.35. Case Study: Siemens 10.36. Food 10.37. Case Study: The Sugar Lab 10.38. Medical Research 10.39. Case Study: Organovo 10.40. Fashion 10.41. Case Study: Pensar 10.42. Automotive 10.43. Case Study: Klock Werks 10.44. Printed Electronics 10.45. Case Study: University of Texas at El Paso (UTEP) 11. 2015 SALES 11.1. 2015 Machine Sales by Technology 11.2. 2015Installed Base at end of by technology 11.3. 2015 Revenue from 3D printer sales by technology 12. ASSUMPTIONS AND ESTIMATIONS 12.1. 3D Systems 12.2. Free market material extrusion 13. FORECASTS 13.1. Forecast of Machine Sales by Technology 13.2. Forecast of Machine Sales excluding desktop machines 13.3. Data for Forecast of Machine Sales 13.4. Forecast of Installed Base by Technology 13.5. Forecast of Installed Base excluding desktop 13.6. Data for Forecast of Installed Base 13.7. Forecast of price of machines by technology 13.8. Data for Forecast of Price ($) 13.9. Forecast of Revenue by Technology 13.10. Data for Forecast of Revenue ($M) 13.11. Forecast of 3D Printing Industry Revenue 13.12. Market Share split by Application 13.13. Industry Revenue Split by Application 13.14. Data for Revenue Split by Application ($B) 14. CONCLUSIONS 14.1. Restraints 14.2. Challenges that need to be solved 14.3. Additional skills for designers and engineers to fully utilize the advantages of 3D printing 14.4. The impact of 3D printing on... 14.5. Non-traditional companies as new competitors 15. COMPANY PROFILES 15.1. 3D Ceram 15.2. 3D Systems Europe 15.3. 3Dponics 15.4. Advanc3d Materials 15.5. Advanced Powders and Coatings 15.6. AgIC 15.7. Arcam 15.8. Arcam AB 15.9. Arevo Labs 15.10. Argen Corporation 15.11. Beijing Jiruixintian Technology Co., Ltd. 15.12. Beijing Tiertime Technology Co Ltd 15.13. Biobots 15.14. Blacktrace Holdings Ltd 15.15. BluePrinter ApS 15.16. BMW 15.17. Boeing 15.18. BotFactory 15.19. Canatu 15.20. Carima Ltd 15.21. Cartesian Co 15.22. Chemcubed 15.23. Concept Laser GMBH 15.24. Cookson Precious Metals 15.25. CRP Group 15.26. Digilab Inc. 15.27. DSM Somos 15.28. Dyson 15.29. Efesto LLC 15.30. envisionTEC Gmbh 15.31. EOS GmbH 15.32. EPSRC 15.33. Evonik 15.34. Exceltec 15.35. Fabrisonic LLC 15.36. Ford Motor Company 15.37. Formlabs 15.38. Fraunhofer IWU 15.39. Fripp Design Ltd 15.40. Graphene 3D Lab 15.41. Heraeus New Businesses 15.42. HÖGANÄS 15.43. Impossible Objects 15.44. Leapfrog 3D Printers 15.45. Legor Group 15.46. Lockheed Martin 15.47. Lomiko Metals 15.48. LPW Technology Ltd 15.49. Luxexcel 15.50. Maker Juice 15.51. Materialise 15.52. MaukCC 15.53. MesoScribe Technologies 15.54. MicroFab 15.55. n3D Biosciences, Inc. 15.56. Nano Dimension 15.57. The NanoSteel Company 15.58. Nascent Objects, Inc 15.59. NinjaFlex (Fenner Drives) 15.60. Norsk Titanium 15.61. nScrypt 15.62. Optomec 15.63. Orbital Composites 15.64. Organovo Holdings, Inc. 15.65. Oxford Performance Materials 15.66. Photocentric 15.67. Poietis 15.68. Rahn AG 15.69. Realizer GmbH 15.70. Reebok International 15.71. regenHU Ltd 15.72. RepRap Professional Limited 15.73. Ricoh 15.74. Roland DGA Corporation 15.75. Sandvik 15.76. Sciaky Inc. 15.77. Sinterit Sp. z o.o. 15.78. Sintratec AG 15.79. Solidscape 15.80. Star Prototype 15.81. Stratasys 15.82. Taulman3D 15.83. TeVido BioDevices 15.84. The ExOne Company 15.85. TLC Korea 15.86. Toner Plastics Inc. 15.87. Viridis 3D 15.88. Volvo Construction Equipment 15.89. Voxel8 15.90. Voxeljet Technology GmbH 15.91. Wanhao 15.92. ZMorph

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