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Chapter I: Outline of Robot
1.1: Concept and Classification of robot
1.1.1: Basic definition of robot
1.1.2: Structure of robot
1.1.3: Classification of robots
1.2: Analysis on industrial chain of robot industry
1.2.1: Composition of industrial chain of robots
1.2.2: Composition and characteristics of industrial chain of industrial robots
1.2.3: Composition of industrial chain of service robots and core technologies
Chapter II: Analysis on Global Robot Industry during 2016-2018
2.1: Review on development of global robot industry
2.1.1: Development model
2.1.2: Industry development trend
2.1.3: Scale of industrial robots
2.1.4: Scale of service robots
2.1.5: Prospect of industry development
2.2: Analysis on robot industry of North America
2.2.1: Sales scale of market
2.2.2: Distribution of industry applications
2.2.3: R & D progress of industry
2.2.4: Safety standard of industry
2.3: Analysis on robot industry of EU
2.3.1: R & D investment
2.3.2: French market
2.3.3: German market
2.3.4: Italian market
2.4: Analysis on robot industry of Japan
2.4.1: Industry driving factors
2.4.2: Market development situation
2.4.3: Analysis on industry chain
2.4.4: Development strategy of industry
2.5: Analysis on robot industry of South Korea
2.5.1: Market size
2.5.2: Policy support
2.5.3: Development planning of industry
Chapter III: Analysis on Development Environment of Robot Industry During 2016-2018
3.1: Economic Environment
3.1.1: Performance of international macroscopic economy
3.1.2: General situation of macroscopic economy of China
3.1.3: Operation situation of China industry
3.1.4: Economic transition achievement of China
3.2: Policy environment
3.2.1: Top-level design of the 13th Five-year plan
3.2.2: Intelligent manufacture is the support direction of policy
3.2.3: Robot industry attracts more policy support
3.2.4: More policy dividends on artificial intelligence
3.3: Demand environment
3.3.1: Division of social demand stages about robots
3.3.2: Motivation analysis on social demand to robots
3.3.3: Analysis on robot demand of factories in China
Chapter IV: Analysis on Robot Industry of China during 2016-2018
4.1: Summary on Development of Robot Industry of China
4.1.1: Analysis on drive factors
4.1.2: Enterprise competition situation
4.1.3: Analysis on industry chain
4.2: Key development fields of robot industry of China during 2016-2018
4.2.1: Medical robots
4.2.2: Micro-surgical robot
4.2.3: Military robots
4.2.4: Robots of automobile industry
4.2.5: Logistic robots
4.3: Research on key technologies of robot
4.3.1: Simple analysis on control technologies of robot
4.3.2: Outfit technologies of robot production line
4.3.3: Analysis on key technologies of service robot
4.3.4: Key points on technical development of industrial robots
4.4: Construction situation of robot industrial parks during 2016-2018
4.4.1: Robot Industrial Park of Shanghai
4.4.2: Robot industrial parks of Jiangsu
4.4.3: Robot industrial parks of Shenzhen
4.4.4: Robot industrial parks of Anhui
4.4.5: Chengdu Robot Industrial Park of
4.5: Issues occurring in development of China robot industry and solutions
4.5.1: Disadvantages of robot industry
4.5.2: Development obstructions of robot industry
4.5.3: Industrial development route of robots
4.5.4: Measures and proposals on robot industry
Chapter V: Analysis on Industrial Robots During 2016-2018
5.1: Summary on development of industrial robots of China
5.1.1: Basic characteristics of the industry
5.1.2: Analysis on business model
5.1.3: Market drivers
5.1.4: Industrial development situation
5.2: Supply and demand of industrial robot industry of China during 2016-2018
5.2.1: Market sales scale
5.2.2: Analysis on industry's output
5.2.3: Adjustment of product structure
5.2.4: Application analysis on products
5.2.5: Distribution of demand fields
5.3: Market competition description of industrial robots
5.3.1: Subject of market
5.3.2: Enterprise tiers
5.3.3: Analysis on foreign brands
5.3.4: Analysis on China brands
5.3.5: Gap between China and foreign countries
5.4: Issues existing in the industrial robot industry of China
5.4.1: Difficulties about industrialization of industrial robots
5.4.2: Industry barrier of industrial robots
5.4.3: Weakness of industrial robot industry
5.5: Analysis on development strategy of industrial robots of China
5.5.1: Proposals for improving self-owned brands
5.5.2: Diversified development
5.5.3: Policy proposal on industry development
5.5.4: Strategy of improving industry development
Chapter VI: Analysis on Service Robot Industry During 2016-2018
6.1: Development situation of service robot industry of China During 2016-2018
6.1.1: Current development situation of industry
6.1.2: Arrangement situation of enterprises
6.1.3: Commercial process
6.1.4: Technological progress of industry
6.2: Analysis on hot fields in the development of service robot industry during 2016-2018
6.2.1: Home service robot
6.2.2: Surgical robot
6.2.3: Recovery and geriatric nursing robot
6.3: Development situation of home service robots during 2016-2018
6.3.1: Analysis on product forms
6.3.2: International development trend
6.3.3: Development trend of China
6.4: Issues existing in service robot industry of China and relevant measures
6.4.1: Gap and deficiency of service robot industry
6.4.2: Service robot industry faces challenge
6.4.3: Proposal on development of service robot industry
Chapter VII: Analysis on Robot Industries of Key Regions During 2016-2018
7.1: Shanghai
7.1.1: Development scale of robot industry of Shanghai
7.1.2: Cooperation situation of robot industry park
7.1.3: Competition situation of Shanghai robot market
7.1.4: Planning target of robot industry of Shanghai
7.2: Shenzhen City
7.2.1: Current development situation of robot industry of Shenzhen
7.2.2: Competition strength of robot industry of Shenzhen
7.2.3: Market pattern of robot industry of Shenzhen
7.2.4: Analysis on support policy of robot industry of Shenzhen
7.3: Jiangsu Province
7.3.1: Development scale of industrial robots of Jiangsu
7.3.2: Rise of robot industry of Changzhou City, Jiangsu Province
7.3.3: Nanjing promotes development of robot industry
7.3.4: The robot industry faces insufficiency of talents
7.4: Shandong Province
7.4.1: Development characteristics of robot industry of Shandong
7.4.2: Technological status of robot industry of Shandong
7.4.3: Development situation of robot industry of Shandong
7.4.4: Development of robot industry of relevant regions
7.5: Anhui Province
7.5.1: Development situation of robot industry of Anhui
7.5.2: Anhui accelerates development of robot projects
7.5.3: Current development situation of robot industry of Maanshan
7.5.4: Development of robot industry cluster of Hefei
7.5.5: Prospect of robot industry of Anhui
Chapter VIII: Analysis on Import and Export Data of Robot Industry During 2016-2018
8.1: Analysis on import and export data of multi-functional industrial robots of China during 2016-2018
8.1.1: Analysis on total import and export volume
8.1.2: Analysis on main trading nations
8.1.3: Analysis on main provinces and cities
8.2: Analysis on import and export data of other non-sales industrial robots of China during 2016-2018
8.2.1: Analysis on total import and export volume
8.2.2: Analysis on main trading nations
8.2.3: Analysis on main provinces and cities
8.3: Analysis on import and export data of automatic transport robots special for integrated circuit plants of China during 2016-2018
8.3.1: Analysis on total import and export volume
8.3.2: Analysis on main trading nations
8.3.3: Analysis on main provinces and cities
Chapter IX: Analysis on Robot Application Fields During 2016-2018
9.1: Automobile and parts industry
9.1.1: Development situation of automobile industry of China
9.1.2: Development situation of automobile industry of China
9.1.3: Application processes of robots in automobile manufacture
9.1.4: Automobile industry provides development opportunities for robots
9.2: Electronic information industry
9.2.1: Development situation of electronic information industry
9.2.2: Development tendency of electronic information industry
9.2.3: Analysis on robot's applications in electronic manufacture fields
9.2.4: Application of robots accelerates transformation of electronic manufacture industry
9.3: Food industry
9.3.1: Operation situation of China food industry
9.3.2: Operation situation of China food industry
9.3.3: Applications of industrial robots in food industry
9.3.4: Robots assist in Intelligent development of food machinery
9.4: Medical industry
9.4.1: Current situation of medical robots
9.4.2: Development situation of medical robots
9.4.3: Demand space of medical robots
9.4.4: Strength of hospital transmission robots
Chapter X: Analysis on Overseas Key Robot Manufacture Enterprises During 2016-2018
10.1: ABB Group, Sweden
10.1.1: Development overview
10.1.2: Operation situation
10.1.3: Development of robot business
10.1.4: Analysis on future strategy tendency
10.2: Yaskawa Electric Co., Japan
10.2.1: Development review
10.2.2: Operation situation
10.2.3: Development of robot business
10.2.4: Analysis on future strategy tendency
10.3: FANUC Corporation, Japan
10.3.1: Development review
10.3.2: Operation situation
10.3.3: Development of robot business
10.4: KUKA AG, Germany
10.4.1: Development review
10.4.2: Operation situation
10.4.3: Development of robot business
Chapter XI: Analysis on Major Robot Manufacturers of China During 2016-2018
11.1: Shenyang SIASUN Robotics Automation Co., Ltd.
11.1.1: Development review
11.1.2: Analysis on management effectiveness
11.1.3: Analysis on business operation
11.1.4: Analysis on financial situation
11.1.5: Technological reserve
11.2: Shanghai STEP Electric Corporation
11.2.1: Development review
11.2.2: Analysis on operation effectiveness
11.2.3: Analysis on business operation
11.2.4: Analysis on financial situation
11.2.5: Analysis on robot business
11.2.6: Prospect in the future
11.3: Harbin Boshi Automation Co., Ltd.
11.3.1: Development review
11.3.2: Analysis on operation effectiveness
11.3.3: Analysis on business operation
11.3.4: Analysis on financial situation
11.3.5: Prospect in the future
11.4: Estun Automation Co., Ltd.
11.4.1: Development review
11.4.2: Analysis on operation effectiveness
11.4.3: Analysis on business operation
11.4.4: Analysis on financial situation
11.4.5: Prospect in the future
11.5: Guangzhou Numerical Control Equipment Co., Ltd. (GSK)
11.5.1: Development review
11.5.2: Analysis on business model
11.5.3: Technological strength
11.5.4: Prospect in the future
11.6: Analysis of China Investment Consulting (CIC) on listed companies' investment in the field of robot
11.6.1: Review of investment projects
11.6.2: Distribution of investment regions
11.6.3: Analysis on industry transformation
11.6.4: Typical investment cases
Chapter XII: Forecast of China Investment Consulting (CIC) on Development Prospect of Robot Industry
12.1: Prospect of global robot industry
12.1.1: Development tendency of international robot industry
12.1.2: Prospect of global robot technology market
12.1.3: Tendency of global industrial robots
12.1.4: Market prospect of global service robots
12.2: Development tendency and prospect of robot industry of China
12.2.1: Development opportunities and risks of robot industry
12.2.2: Market demand prospect of robot industry
12.2.3: Development direction of robot industry of China
12.2.4: Great market prospect of robots in China
12.3: Forecast and analysis of China Investment Consulting (CIC) on robot manufacture industry of China during 2019-2023
12.3.1: Analysis of China Investment Consulting (CIC) on development factors of robot manufacture industry of China
12.3.2: Sales forecast of China Investment Consulting (CIC) on industrial robots of China during 2019-2023
12.3.3: China Investment Consulting (CIC)'s forecast on market size of industrial robots of China during 2019-2023
Robot is a machine that realizes various functions with its own power and control capacity. It has important purposes in industry, medicine, agriculture, construction and military fields. International Federation of Robotics (IRF) classifies robots into two categories, i.e. industrial robots and service robots.
The robot industry of China started later than the developed countries. China established nine robot industry bases and seven research bases by the end of 1990s, which is helpful for industrialization of robots in China. Now the service robot industry of China is being developed better in Beijing, Shanghai, Shenzhen, Zhejiang, Shenyang, Harbin, Guangzhou, Jiangsu and Xi'an.
The robot industry of China is in a rapid growth period under enthusiastic support of the government. The Key Points on Transformation of Raw Materials Industry in 2015 mentioned development of robot industry and proposed more applications of robots in key positions, especially for harmful or dangerous working environment, repetitive and arduous labor, smart sampling and analysis.
The State Council issued Made in China 2025 in May 2015 for fully implementing strategy of manufacture power. The guideline proposed "to actively develop new products, promote standardized and modular development of robots and extend market application scope in the fields of automobile, machinery, electronics, dangerous products, national defence and military industry, chemical industry, light industry, clinical and healthcare, household service, education and amusement. Eliminate the technological bottlenecks about main body, reducer, servo motor, controller, sensor, driver and other key parts of robot as well as system integration."
The Ministry of Industry and Information Technology, Development and Reform Commission and Ministry of Finance of the People's Republic of China jointly issued Robot Industry Development Plan (2016-2020) in April 2016 and put forward five major development tasks. The plan proposed the five-year general target of robot industry development: formation of complete robot industry system. Technical innovation capacity and international competition would be significantly improved, performance and quality of product would reach the level of international similar products, manufacture of key parts would realize significant breakthrough and market demands could be met essentially.
The Notice of the State Council on Issuing the Development Plan of New Generation of Artificial Intelligence was issued in July 2017. The plan required to realize revolutionary breakthrough in the aspects of theory, methodology, tool and system with long-term research in the important fields, so as to strengthen the original innovation capacity of artificial intelligence. Under the support of policy, the intelligent equipment manufacture industry in which robot manufacture is the core will obtain good development opportunities.
The Investment & Forecast Report on China Robot Industry During 2019-2023, has 12 chapters, was issued by China Investment Consulting (CIC). The report introduces definition, classification and industry chain of robot, analyzes the development situation of the global robot industry, the development status of the robot industry of China, and describes the present situation of industrial robots and service robots. Subsequently, the report makes detailed analysis on industrial area, import and export data, application field of robots made in China, operation situation of key enterprises, and finally forecasts the development expectation and future trend of robot industry.
The report's data is reliable, detailed and rich, mainly sourced from the National Bureau of Statistics, Ministry of Industry and Information Technology, Customs General Administration, Ministry of Commence, Ministry of Finance, CIC Industrial Research Center, China Investment Consulting (CIC) Market Investigation Center, International Federation of Robotics and domestic and overseas key journals. The report provides scientific forecast on the core development indicators of industry based on a professional analysis and forecast model. If you want to deeply understand or invest in the robot industry, this report would be a necessary reference.
