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Additive Manufacturing - Technologies for Emerging Applications 

  • December 2015
  • -
  • Frost & Sullivan
  • -
  • 80 pages

Additive Manufacturing - Technologies for Emerging Applications : Additive Manufacturing Technologies Impacting the Construction, Commercial and Food Industries

Additive Manufacturing (AM) technologies have been undergoing tremendous growth in the recent years. The breath of innovations is increasing and the objective is to optimize the overall performance of these technologies according to the growing requirements of different industries. Since additive manufacturing technologies have immense advantages related to manufacturing and production, these technologies are adopted by many industries for designing, development, rapid prototyping and manufacturing purposes.

This research service titled ’Additive Manufacturing - Technologies for Emerging Applications’ reviews development of different technologies and related new applications. The study has covered three major industries like construction, commercial and food industry which has adopted additive manufacturing technologies. The study also covers the key innovations in additive manufacturing technologies related to these industries. Additive manufacturing’s impact in the future is expected to go beyond market predictions across multiple industries. Multiple criteria decision making tool is employed to benchmark AM technologies for construction, commercial and food industries. The study also provides a gist of AM related business models.

Key Findings

Additive manufacturing technologies impacting the different industries

Additive manufacturing technologies are expected to have a major impact on the construction, commercial and the food industry in the coming years. These emerging technologies will empower an industrial revolution and bring profound changes in all the industries. Technologies like selective laser sintering, fused deposition modelling and stereo-lithography are predominantly used in the above industries for various printing purposes.

Breadth of additive manufacturing technologies in different industries

The readiness of the different additive manufacturing technologies in relation to the technologies’ maturity and capabilities are determined. The breadth of the technology is also related to the scalability and versatility capabilities of the additive manufacturing technologies. Due to the immense advantages the different technologies provide in the field of manufacturing and production, these technologies are expected to be adopted on a wide scale in the construction, commercial and food industry

Stakeholders’ activities in the chosen industries

Many key participants in the construction, automotive, aerospace, healthcare, commercial and food industries are already innovating and implementing new processes using additive manufacturing technologies. According to the different requirements of the industries, the technologies are altered to cater to specific needs. Stakeholders are also investing money and time in R&D for developing the technologies for better performance and efficiency.

Table Of Contents

Additive Manufacturing - Technologies for Emerging Applications 
1 EXECUTIVE SUMMARY

Executive Summary
1. Research Scope
2. Research Methodology
3. Research Methodology Step by Step Approach
4. Key Findings
5. Key Findings
6. Key Findings

2 ADDITIVE MANUFACTURING TECHNOLOGY - LANDSCAPE AND SEGMENTATION

Additive Manufacturing Technology - Landscape and Segmentation
1. Additive Manufacturing Technology Segmentation
2. Additive Manufacturing Technology Segmentation (Continued)
3. Technology Readiness Level
4. Technology Readiness Level (Continued)

3 ADDITIVE MANUFACTURING APPLICATION ASSESSMENT

Additive Manufacturing Application Assessment
1. Additive Manufacturing in Different Industries
2. Applications in the Construction Industry
3. Applications in the Food Industry
4. Applications in the Commercial Industry

4 INDUSTRY INITIATIVES

Industry Initiatives
1. Industry Initiatives in the Construction Industry
2. Industry Initiatives in the Commercial Industry
3. Industry Initiatives in the Food Industry
4. Industry Initiatives in the Food Industry (Continued)

5 FACTORS INFLUENCING TECHNOLOGY ADOPTION - MARKET DRIVERS AND CHALLENGES

Factors Influencing Technology Adoption - Market Drivers and Challenges
1. Factors Influencing Technology Adoption in the Construction Industry-Market Drivers and Challenges
2. Key Factors Influencing Technology Adoption in the Construction Industry-Market Drivers Explained
3. Key Factors Influencing Technology Adoption in the Construction Industry-Market Challenges Explained
4. Factors Influencing Technology Adoption in the Commercial Industry-Market Drivers and Challenges
5. Key Factors Influencing Technology Adoption in the Commercial Industry-Market Drivers Explained
6. Key Factors Influencing Technology Adoption in the Commercial Industry-Market Challenges Explained
7. Factors Influencing Technology Adoption in the Food Industry-Market Drivers and Challenges
8. Key Factors Influencing Technology Adoption in the Food Industry-Market Drivers Explained
9. Key Factors Influencing Technology Adoption in the Food Industry-Market Challenges Explained

6 ASSESSMENT OF KEY INNOVATIONS

Assessment of Key Innovations
1. Special Ink and 3d Printer for Construction Sector
2. 3D Printed House
3. Plastic Jet Printing for Commercial Applications
4. Advanced 3D Printed Shoes
5. 3D Printer for Sports Eyewear
6. 3D Printed Shoes using Plastic Waste
7. Food for Elderly People
8. 3D Printed Chocolates

7 TECHNOLOGY BENCHMARKING -AHP EVALUATION OF ADDITIVE MANUFACTURING TECHNOLOGIES FOR THE CONSTRUCTION INDUSTRY

Technology Benchmarking -AHP Evaluation of Additive Manufacturing Technologies for the Construction Industry
1. AHP Tree-Evaluation of AM Technologies for the Construction Industry
2. AHP: Level 0 Criteria Evaluation
3. AHP: Level 1 Criteria Evaluation
4. AHP: Alternatives for the Construction Industry

8 TECHNOLOGY BENCHMARKING -AHP EVALUATION OF ADDITIVE MANUFACTURING TECHNOLOGIES FOR THE COMMERCIAL INDUSTRY

Technology Benchmarking -AHP Evaluation of Additive Manufacturing Technologies for the Commercial Industry
1. AHP Tree-Evaluation of AM Technologies for Commercial Industry
2. AHP: Level 0 Criteria Evaluation
3. AHP: Level 1 Criteria Evaluation
4. AHP: Alternatives for the Commercial Industry

9 TECHNOLOGY BENCHMARKING -AHP EVALUATION OF ADDITIVE MANUFACTURING TECHNOLOGIES FOR THE FOOD INDUSTRY

Technology Benchmarking -AHP Evaluation of Additive Manufacturing Technologies for the Food Industry
1. AHP Tree-Evaluation of AM Technologies for Commercial Industry
2. AHP: Level 0 Criteria Evaluation
3. AHP: Level 1 Criteria Evaluation
4. AHP: Alternatives for the Food Industry

10 ASSESSMENT OF BUSINESS MODELS

Assessment of Business Models
1. Key Components to Develop a Business Model
2. Business Model of Additive Manufacturing 3D Printer Manufacturers
3. Business Model of Additive Manufacturing Material Providers
4. Business Model of Additive Manufacturing Service Providers

11 FUTURE OF AM - TECHNOLOGY ROADMAP (2016-2020)

Future of AM - Technology Roadmap (2016-2020)
1. Roadmap of Impact of Additive Manufacturing on Construction, Food and Commercial Industries

12 KEY CONTACTS AND PATENTS

Key Contacts and Patents
1. Key Contacts
2. Key Patents
3. Key Patents (Continued)
4. Key Patents (Continued)
5. Legal Disclaimer

13 THE FROST and SULLIVAN STORY

The Frost and Sullivan Story
1. The Frost and Sullivan Story
2. Value Proposition: Future of Your Company and Career
3. Global Perspective
4. Industry Convergence
5. 360º Research Perspective
6. Implementation Excellence
7. Our Blue Ocean Strategy

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