▶ 調査レポート

非医療用バイオミメティック・ロボットの世界市場

• 英文タイトル:Global Market Study on Non-Medical Biomimetic Robots: Defense Sector to Become One of the Early Adopters of This Technology

Persistence Market Researchが調査・発行した産業分析レポートです。非医療用バイオミメティック・ロボットの世界市場 / Global Market Study on Non-Medical Biomimetic Robots: Defense Sector to Become One of the Early Adopters of This Technology / B-PMR-OT12資料のイメージです。• レポートコード:B-PMR-OT12
• 出版社/出版日:Persistence Market Research / 2018年10月4日
• レポート形態:英文、PDF、167ページ
• 納品方法:Eメール(受注後2営業日)
• 産業分類:電子
• 販売価格(消費税別)
  Individual(1名、印刷不可)¥529,200 (USD4,900)▷ お問い合わせ
  Multi User(5名)¥820,800 (USD7,600)▷ お問い合わせ
  Corporate User¥1,144,800 (USD10,600)▷ お問い合わせ
• ご注文方法:お問い合わせフォーム記入又はEメールでご連絡ください。
• お支払方法:銀行振込(納品後、ご請求書送付)
レポート概要
本資料は、非医療用バイオミメティック・ロボットの世界市場について調べ、非医療用バイオミメティック・ロボットの世界規模、市場動向、市場環境、需要先(産業)別分析、アメリカ市場規模、ヨーロッパ市場規模、アジア市場規模、日本市場規模、中国市場規模、関連企業情報などをまとめた調査レポートです。
・エグゼクティブサマリー
・調査手法
・非医療用バイオミメティック・ロボットの世界市場環境
・非医療用バイオミメティック・ロボットの世界市場動向
・非医療用バイオミメティック・ロボットの世界市場規模
・非医療用バイオミメティック・ロボットの世界市場規模:需要先(産業)別
・非医療用バイオミメティック・ロボットの世界市場:地域別市場規模・分析
・非医療用バイオミメティック・ロボットの北米市場規模・予測
・非医療用バイオミメティック・ロボットのアメリカ市場規模・予測
・非医療用バイオミメティック・ロボットのヨーロッパ市場規模・予測
・非医療用バイオミメティック・ロボットのアジア市場規模・予測
・非医療用バイオミメティック・ロボットの日本市場規模・予測
・非医療用バイオミメティック・ロボットの中国市場規模・予測
・関連企業情報・競争状況

This PMR study offers detailed insights and in-depth research on the global non-medical biomimetic robots market between 2018 and 2028. This study highlights the non-medical biomimetic robot market potential over three intervals, i.e. short term (2019-2020), medium term (2023-24) and long term (2026-28). The non-medical biomimetic market is projected to register exponential growth over the forecast period. The study tries to cover various perspectives of the non-medical biomimetic robots market such as the evolution of non-medical biomimetic robots, market dynamics, value chain, pricing analysis, list of funding companies and organizations, competition analysis and a regional scenario overview. It also highlights various macro-economic factors at a regional level and for the top countries. The non-medical biomimetic robot market report also covers a comprehensive analysis by various end-use segments and applications. Increase in funding by government organizations for the research and development of robots for military applications is creating significant opportunities for non-medical biomimetic robots.

The Persistence Market Research report on non-medical biomimetic robots carefully analyses the market at a global and regional level through market segmentation on the basis of key parameters such as end use industry and application. The primary objective of the report is to offer key insights on market updates, competition positioning, current trends, market potential, growth rates and other relevant information and statistics in a suitable manner to the readers or various stakeholders of the non-medical biomimetic robot market.

Non-medical biomimetic robots are the robots inspired from natural living organisms such as insects, birds, animals, humanoids and fish. Non-medical biomimetic robots have shown improved performance in areas where there has been a need for flexible structure and other industrial robots could not be used. These are used for a wide variety of applications such as inspection, surveillance, transportation and logistics, material handling, manufacturing, personal use and home assistance

The non-medical biomimetic robot market report has been formulated in a way that the reader can develop a thorough understanding about the market. It begins with market definitions, an overview of the overall biomimetic market potential, followed by the market background, market dynamics and market analysis by key segments, regional analysis and competition landscape. Each section covers a qualitative and quantitative assessment of the non-medical biomimetic robots market on the basis of facts, historical developments and key opinions collected from industry participants, researchers through dedicated interviews and trends in the market.

The non-medical biomimetic robot report begins with a market introduction, defining the term biomimetic and the examples of common products and structures made from bio-inspired creatures. This section also covers market taxonomy and product definitions regarding the global non-medical biomimetic robots market. The next section of the non-medical biomimetic robot report highlights the overall global biomimetic market, technology roadmap, market analysis by end-use industries such as building and construction, transportation, automotive, energy and power generation, textile and materials and chemical, amongst others. The section also highlights the various products across each-use industries in research, prototype, trial and testing and commercialization. It includes a list of market participants that have launched their products inspired from a biological origin.

The section of the non-medical biomimetic robot report that follows includes a comparative study of the conventionally-used and non-medical biomimetic robots, highlighting why non-medical biomimetic robots outperform in real time situations. The section also covers an overview of the overall robotics industry, primarily focusing on industrial and military robots.

The next section of the non-medical biomimetic robot report covers a detailed description of the various prototypes of non-medical biomimetic robots developed so far, such as snake robot, fish, cheetah, humming bird, crawler, bat and ATLAS humanoid, among others.

This section of the non-medical biomimetic robots market report is followed by market dynamics, which include various drivers and restraints that are projected to fuel or hamper the market growth. It also highlights the ongoing trends in the market and factors that might affect automation across regions.

The next section of the non-medical biomimetic robots market report depicts the analysis of non-medical biomimetic robots by drawing analogy with other similar disruptive technologies such as cloud computing, artificial intelligence, cognitive computing, block chain, internet of things, cyber security and biometrics, among others. This section also highlights the commercialization stages of the each of these disruptive technologies across various end-use industries. This helps in drawing analogy and estimating the average time of commercialization and adoption rate of non-medical biomimetic robots across these industries.

The following section highlights the non-medical biomimetic robots market potential in US$ (Mn). The section also provides an estimated market volume for non-medical biomimetic robots and a weighted average pricing analysis.

The global numbers, i.e. market potential for non-medical biomimetic robots, have been derived from the individual regions, covering major countries by following a bottom-up approach. The non-medical biomimetic robots report also provides responses gathered from primary survey respondents, which have been taken into consideration while estimating the market potential.

The last section of the non-medical biomimetic robot report is a competition landscape, which identifies the companies and research organizations that have been actively participating in the development of non-medical biomimetic robots. The non-medical biomimetic robot report covers the market structure and competition dashboard to provide an overall glimpse of the market. This section is primarily designed to provide clients with an objective and detailed comparative assessment of the key providers specific to a market segment in the value chain of the non-medical biomimetic robots. Examples of some of the key competitors covered in the non-medical biomimetic robot report includes Boston Dynamics, Festo Group, Agility Robotics, AeroVironment, Inc., The University of California, Massachusetts Institute of Technology, KUKA AG and ABB Group, among others.

The last sections provide a step-by-step analysis of the methodology used to arrive at the market potential, keeping in mind the various macro-economic factors and dynamics of the non-medical biomimetic robots market.

レポート目次

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

List of Tables

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