Non-Medical Biomimetic Robots Market Segmented By Inspection, Warehouse and Logistics, Surveillance, Material handling, Manufacturing, Personal Use and Home assistance in Government, Defense, Research Institutions, Industrial, Chemicals and Materials
Industry: Industrial Automation
Published Date: October-2018
Format: PPT*, PDF, EXCEL
Delivery Timelines: Contact Sales
Number of Pages: 167
Report ID: PMRREP24652
1. Executive Summary
1.1. Market Overview
1.2. Market Analysis
1.3. PMR Analysis and Recommendations
2. Market Taxonomy
3. Market Definition
4. How has biomimetic evolved?
4.1. Technology Roadmap
5. Examples of common nature inspired designs across various industries
5.1. Biomimetics in transportation industry
5.2. Biomimetics in automotive industry
5.3. Biomimetics in energy and power generation industry
5.4. Biomimetics in building and construction industry
5.5. Biomimetics in textile and materials industry
5.6. Biomimetics in chemical industry
5.7. Level of adaption of biomimetics across various end use industries
5.8. Product/ Technology Maturity Scale ( concept, prototype, trial and testing, commercialization)
5.9. List of companies actively launching products inspired from biological origin
5.10. Global biomimetics market patent analysis
5.10.1. List of patents
5.10.2. Patent share by applicants
5.10.3. Patent share by end use industry
6. The need for biomimetic in robotics
6.1. Comparison of conventional and biomimetic robots
7. An overview of the global robotics industry
7.1. The Robotic Revolution: Adding A New Dimension To The Industries
7.2. Global Robots sales volume overview and degree of automation in developed, developing and underdeveloped economies
7.3. Industrial robots installation per 10000 employees by top countries
7.4. Industrial robots market overview by region and by end use industry
7.5. Cost of automation and labor cost overview
7.6. Global Military robots market overview
8. Examples of commonly used non-medical biomimetic robots
8.1. Cheetah Robot
8.2. Humming bird robot
8.3. Crawling lizard robot
8.4. Shark inspired robot
8.5. Bat inspired robot
8.6. Fish inspired robot
8.7. Dragonfly inspired robot
8.8. Lobster inspired robot
8.9. Mesh worm and snake inspired robot
8.10. Human inspired robot
8.11. Spotmini (dog) and Cassie (Bird) inspired robot
9. Market Dynamics
9.1. Drivers
9.2. Restraints
9.3. Trends
9.4. Factors affecting the pace and extent of automation
10. Benchmarking biomimetic robots market potential with major disruptive technologies
10.1. Overview of top 20 disruptive technologies
10.2. Commercialization stages for major disruptive technologies
10.3. Disruptive technology implementation assessment
10.4. Time to commercialize across respective end use industries
10.5. Relative time of adaption across end use industries-calculating deviation
10.6. Probability of a disruptive technology to get adapted across end use industries
10.7. How the evolution of listed technologies is related to non-medical biomimetic robots market
10.8. What role does robots play across various end use industry
10.9. End use vs application matrix
10.10. Biomimetic robots: Commercialization stage
10.11. Top Industries with greatest disruptive index in the coming five years
11. Global non-medical biomimetic robots market potential analysis
11.1. Funding: Non-medical biomimetic robots
11.2. Global non-medical biomimetic robots market average pricing analysis
11.3. Global robots market cost breakdown analysis
11.4. Global non-medical biomimetic robots market volume potential analysis by region
11.5. Global non-medical biomimetic robots market value potential analysis by region
11.6. Global non-medical biomimetic robots market potential analysis by end use industry
11.7. Non-medical biomimetic robots market: level of commercialization across end use industry
11.8. Global non-medical biomimetic robots market potential analysis by application
11.9. Percentage penetration in conventional robotics industry: Global non-medical biomimetics robots market overview
12. Non-medical biomimetic robots market overview by region
12.1. North America market overview
12.1.1. North America market overview
12.1.1.1. By Country
12.1.1.2. Overall level of automation
12.1.1.3. Military Expenditure, US$ Mn, Military expenditure as % of GDP
12.1.1.4. Robotics market volume (units), Growth rate %
12.1.1.5. Major players in the market
12.1.1.6. Level of automation by end use industry
12.1.2. North America Biomimetic Robots Market Potential Analysis
12.1.2.1. Market potential volume, 2019-28
12.1.2.2. Market potential value, 2019-28
12.1.2.3. North America Non-Medical Biomimetic Robot Market Potential Analysis By End Use (2019-2020)
12.1.2.4. North America Non-Medical Biomimetic Robot Market Potential Analysis By Application (2019-2020)
12.2. Europe market overview
12.2.1. Europe market overview
12.2.1.1. By Country
12.2.1.2. Overall level of automation
12.2.1.3. Military Expenditure, US$ Mn, Military expenditure as % of GDP
12.2.1.4. Robotics market volume (units), Growth rate %
12.2.1.5. Major players in the market
12.2.1.6. Level of automation by end use industry
12.2.2. Europe Biomimetic Robots Market Potential Analysis
12.2.2.1. Market potential volume, 2019-28
12.2.2.2. Market potential value, 2019-28
12.2.2.3. Europe Non-Medical Biomimetic Robot Market Potential Analysis By End Use (2019-2020)
12.2.2.4. Europe Non-Medical Biomimetic Robot Market Potential Analysis By Application (2019-2020)
12.3. LAMEA market overview
12.3.1. LAMEA market overview
12.3.1.1. By Country
12.3.1.2. Overall level of automation
12.3.1.3. Military Expenditure, US$ Mn, Military expenditure as % of GDP
12.3.1.4. Robotics market volume (units), Growth rate %
12.3.1.5. Major players in the market
12.3.1.6. Level of automation by end use industry
12.3.2. LAMEA Biomimetic Robots Market Potential Analysis
12.3.2.1. Market potential volume, 2019-28
12.3.2.2. Market potential value, 2019-28
12.3.2.3. LAMEA Non-Medical Biomimetic Robot Market Potential Analysis By End Use (2019-2020)
12.3.2.4. LAMEA Non-Medical Biomimetic Robot Market Potential Analysis By Application (2019-2020)
12.4. China market overview
12.4.1. China market overview
12.4.1.1. By Country
12.4.1.2. Overall level of automation
12.4.1.3. Military Expenditure, US$ Mn, Military expenditure as % of GDP
12.4.1.4. Robotics market volume (units), Growth rate %
12.4.1.5. Major players in the market
12.4.1.6. Level of automation by end use industry
12.4.2. China Biomimetic Robots Market Potential Analysis
12.4.2.1. Market potential volume, 2019-28
12.4.2.2. Market potential value, 2019-28
12.4.2.3. China Non-Medical Biomimetic Robot Market Potential Analysis By End Use (2019-2020)
12.4.2.4. China Non-Medical Biomimetic Robot Market Potential Analysis By Application (2019-2020)
12.5. Japan market overview
12.5.1. Japan market overview
12.5.1.1. By Country
12.5.1.2. Overall level of automation
12.5.1.3. Military Expenditure, US$ Mn, Military expenditure as % of GDP
12.5.1.4. Robotics market volume (units), Growth rate %
12.5.1.5. Major players in the market
12.5.1.6. Level of automation by end use industry
12.5.2. Japan Biomimetic Robots Market Potential Analysis
12.5.2.1. Market potential volume, 2019-28
12.5.2.2. Market potential value, 2019-28
12.5.2.3. Japan Non-Medical Biomimetic Robot Market Potential Analysis By End Use (2019-2020)
12.5.2.4. Japan Non-Medical Biomimetic Robot Market Potential Analysis By Application (2019-2020)
12.6. SEA and Pacific market overview
12.6.1. SEA and Pacific market overview
12.6.1.1. By Country
12.6.1.2. Overall level of automation
12.6.1.3. Military Expenditure, US$ Mn, Military expenditure as % of GDP
12.6.1.4. Robotics market volume (units), Growth rate %
12.6.1.5. Major players in the market
12.6.1.6. Level of automation by end use industry
12.6.2. SEA and Pacific Biomimetic Robots Market Potential Analysis
12.6.2.1. Market potential volume, 2019-28
12.6.2.2. Market potential value, 2019-28
12.6.2.3. SEA and Pacific Non-Medical Biomimetic Robot Market Potential Analysis By End Use (2019-2020)
12.6.2.4. SEA and Pacific Non-Medical Biomimetic Robot Market Potential Analysis By Application (2019-2020)
12.7. Comparative analysis for global trading indicators
12.8. Global non-medical biomimetic robots market potential analysis by top countries
12.9. Global non-medical biomimetic robots market potential analysis by end use sectors
12.10. Global non-medical biomimetic robots market potential analysis by key industries
12.11. Global non-medical biomimetic robots market overview by region
12.12. Life cycle analysis of non-medical biomimetic robots by regions
12.13. Global non-medical biomimetic robots market analysis by region and end use industries
12.14. Overview of robots applications by major end use industries
12.15. Scale of adaption of non-medical biomimetic robots by industries
12.16. Scale of adaption of non-medical biomimetic robots by end use sector
13. Primary Survey: Non-Medical biomimetic robots
14. Competition Landscape
14.1. Competition dashboard
14.2. Market structure analysis
14.3. List of market participants ( manufacturers, integrators, component suppliers amongst others)
14.4. Company Profiles
14.4.1. Boston Dynamics
14.4.2. Festo Group
14.4.3. Vincross Inc.
14.4.4. Agility Robotics
14.4.5. XITM (Bionic bird)
14.4.6. AeroVironment, Inc.
14.4.7. The University of California
14.4.8. Massachusetts Institute of Technology
14.4.9. KUKA AG
14.4.10. ABB Group
15. Research Methodology
16. Assumptions and acronyms used
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Table 01: Non Medical Biomimetic Robot Market Potential (US$ ‘000) Analysis and Forecast By Region
Table 02: Non Medical Biomimetic Robot Market Potential (US$ ‘000) Analysis and Forecast By End Use Industry
Table 03: Non Medical Biomimetic Robot Market Potential (US$ ‘000) Analysis and Forecast By Application
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Figure 01: Bioinspired Innovation’s Present Scenario Overview By End Use Industry, Penetration scale, 2017 A
Figure 02: Global Industrial Robots Sales (‘000 units), 2005-2017
Figure 03: Worldwide annual supply of industrial robots at year end by regions 2015-2017
Figure 04: Worldwide annual supply of industrial robots at year end by industries 2015-2017
Figure 05: Worldwide annual supply of industrial robots at year end main markets 2015-2017
Figure 06: Cost of Automation
Figure 07: Global Spending on robots US$ Bn
Figure 08: U.S. Department of Defense Unmanned Systems Funding (US$ Mn)
Figure 09: Non-Medical Biomimetic Robot Market Volume Analysis and Forecast By Region
Figure 10: Non-Medical Biomimetic Robot Market Potential Analysis and Forecast By Region
Figure 11: Non-Medical Biomimetic Robot Market Potential Analysis and Forecast By End Use Industry
Figure 12: Non-Medical Biomimetic Robot Market Potential Analysis and Forecast By Application
Figure 13: North America Non-Medical Biomimetic Robot Market Potential Analysis By End Use (2019-2020)
Figure 14: North America Non-Medical Biomimetic Robot Market Potential Analysis By Application (2019-2020)
Figure 15: Europe Non-Medical Biomimetic Robot Market Potential Analysis By End Use (2019-2020)
Figure 16: Europe Non-Medical Biomimetic Robot Market Potential Analysis By Application (2019-2020)
Figure 17: LAMEA Non-Medical Biomimetic Robot Market Potential Analysis By End Use (2019-2020)
Figure 18: LAMEA Non-Medical Biomimetic Robot Market Potential Analysis By Application (2019-2020)
Figure 19: China Non-Medical Biomimetic Robot Market Potential Analysis By End Use (2019-2020)
Figure 20: China Non-Medical Biomimetic Robot Market Potential Analysis By Application (2019-2020)
Figure 21: Japan Non-Medical Biomimetic Robot Market Potential Analysis By End Use (2019-2020)
Figure 22: Japan Non-Medical Biomimetic Robot Market Potential Analysis By Application (2019-2020)
Figure 23: South East Asia & Pacific Non-Medical Biomimetic Robot Market Potential Analysis By End Use (2019-2020)
Figure 24: South East Asia & Pacific Non-Medical Biomimetic Robot Market Potential Analysis By Application (2019-2020)
