China Nuclear Robotics Industry - Analysis Report
China Nuclear Robotics Industry - Analysis Report
China Nuclear Robotics Industry - Analysis Report
China Nuclear Robotics Industry - Analysis Report

China Nuclear Robotics Industry - Analysis Report

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Explore our comprehensive market research report on China’s Nuclear Robotics Industry. This detailed study delves into the integration of robotics in China's nuclear sector, emphasizing recent advancements, operational applications, and future growth prospects. Designed for industry stakeholders, investors, and policymakers, the report provides a thorough analysis of market trends, technological developments, and regulatory frameworks. By purchasing this report, you gain access to exclusive data, expert analyses, and strategic insights, equipping you to navigate and capitalize on the evolving opportunities within China’s dynamic nuclear robotics market.

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Study Overview

To better assist industry professionals and investors in understanding the current status and future prospects of the nuclear industry robotics sector, Chinacuity is releasing the "2025-2031 China Nuclear Industry Robotics Market Supply and Demand Trends and Investment Outlook Report" (hereinafter referred to as the "Report"). This report offers a comprehensive review and in-depth analysis of the Chinese nuclear industry robotics market, showcasing Chinacuity's years of continuous tracking, on-site visits, research, and analytical efforts.

To ensure the accuracy and reference value of the data in the nuclear industry robotics sector, Chinacuity’s research team conducted data collection through multiple channels, including annual reports from listed companies, manufacturer surveys, distributor interviews, and expert validation. The data were then subjected to multi-dimensional analysis, offering a deep examination of various fields within the industry. This allows professionals to gain a comprehensive understanding of the development trends of the nuclear industry robotics sector in 2023 from multiple perspectives, while keeping abreast of innovative trends, thereby empowering nuclear industry robotics professionals to accelerate their transformation path.

Definition and Classification

Robots are a wide-ranging field with numerous applications, and their development is advancing rapidly. Simply put, industrial robots are used in industrial sectors to assist with manufacturing tasks. According to the Chinese National Standard "GB/T12643-2013," industrial robots are automatically controlled machines, capable of repetitive programming, multi-functional, with multi-degree-of-freedom operation. These robots can transport materials, manipulate tools, or perform a variety of tasks. Nuclear industry robots are specialized robots designed to meet the unique needs and environments of the nuclear industry. Generally, these robots have features such as radiation resistance, high reliability, and ease of decontamination.

Radiation Resistance: Nuclear robots must work in highly radioactive environments. After exposure to a certain radiation dose, parts may lose functionality due to radiation damage. Therefore, nuclear industry robots must have high resistance to radiation to continue functioning properly in such environments.

High Reliability: When operating in nuclear environments, the robots typically handle highly radioactive materials. If a malfunction occurs, the repair process is complex, potentially leading to prolonged production stoppages. Thus, nuclear industry robots must be highly reliable to prevent accidents during operations.

Ease of Decontamination: Since nuclear robots often come into contact with radioactive substances over long periods, all parts may retain some degree of radiation. These robots must therefore be designed for easy decontamination to ensure safe handling.

Industry Development Status

The nuclear industry robotics sector in China started relatively late, with much of the product technology still dependent on imports. This is largely due to China’s previously smaller-scale nuclear power sector, which resulted in limited demand for nuclear robots. The high difficulty of research and development (R&D) also meant that only a few domestic research institutes conducted relevant studies. Earlier attempts to develop mobile robotic operations and wall-climbing robots for the nuclear industry did not see widespread application. However, as China’s nuclear power sector has accelerated, the construction scale of nuclear power stations has expanded, resulting in increasing demand for nuclear robots domestically. Many research units in China have now launched studies and applications of nuclear industry robots, achieving notable progress.

In 2022, China's nuclear industry robotics market reached approximately 576 million yuan (about $78.96 million USD), growing by 9.3% year-over-year. Production amounted to 108 units, up 440%, with demand reaching 251 units, a growth of 45.9%.

Leading Companies

Hangzhou Jingye Intelligent Technology Co., Ltd. (杭州景业智能科技股份有限公司) is a major domestic supplier of nuclear industry robots and intelligent equipment, and it has become a leader in providing intelligent manufacturing solutions for the nuclear industry. The company focuses its main business on the nuclear industry’s entire supply chain, offering comprehensive intelligent solutions. Its products meet high requirements for reliability, safety, and stability, and have earned praise from customers both domestically and internationally. In 2022, the company’s total operating revenue reached 462 million yuan (approximately $63.4 million USD), growing by 32.47%. Nuclear industry intelligent equipment contributed 64.89% of this revenue, with nuclear industry robotic systems accounting for 25.24%.

Downstream Product Demand Growth

As nuclear power develops rapidly, China faces an increasing need for processing capacity for spent nuclear fuel. Currently, China only has experimental facilities capable of processing 50 tons/year, with a larger commercial plant capable of processing 200 tons/year still under construction. Given both domestic and international demand, increasing capacity for spent fuel processing has become a key priority for the continued development of China’s nuclear power sector. Spent fuel processing involves high-radiation, high-acidity, and high-toxicity environments, where manual operations are inefficient. Therefore, the nuclear industry has a much greater need for intelligent equipment to replace human labor compared to other industries, providing promising growth prospects for nuclear industry robots.

Maturity of Intelligent Technologies

The development of nuclear industry robotics is closely linked to advancements in industrial information technologies. Combining 5G communications, the Internet of Things (IoT), and AI technologies, future robots are expected to achieve greater functionality. As intelligent technologies continue to mature, nuclear industry intelligent equipment will improve in quality, further boosting the industry's growth. Incorporating big data and AI into nuclear industry manufacturing systems enhances the comprehensiveness, accuracy, and safety of the manufacturing process, providing an optimized intelligent analysis and decision-making system for design, production, and operations.

The "2025-2031 China Nuclear Industry Robotics Market Supply and Demand Trends and Investment Outlook Report" is a key achievement of Chinacuity, embodying its commitment to leading industry transformation and fulfilling its mission. It is an indispensable tool for nuclear industry robotics professionals aiming to gain deep insights into the sector. Chinacuity has developed a comprehensive think tank system, serving governments, businesses, and financial institutions for many years with services in technology, consulting, education, ecology, and capital management.

Table of contents

Chapter 1: Overview of the Nuclear Industry Robot Sector and Explanation of Data Sources

1.1 Definition of the Nuclear Industry Robot Sector

1.1.1 International Robot Definition
1.1.2 China Robot Definition
1.1.3 Definition of Nuclear Industry Robots
1.1.4 Classification of Nuclear Industry Robots in the "National Economic Industry Classification and Code"

1.2 Classification of the Nuclear Industry Robots in China

1.3 Explanation of Key Terms in the Nuclear Industry Robot Sector

1.4 Scope of Research Defined in This Report

1.5 Explanation of Data Sources and Statistical Standards in This Report

Chapter 2: PEST Analysis of the Macro Environment for the Nuclear Industry Robot Sector in China

2.1 Policy Environment Analysis for the Nuclear Industry Robot Sector in China

2.1.1 Introduction to the Regulatory System and Institutions for the Nuclear Industry Robot Sector in China

(1) Competent Authorities of the Nuclear Industry Robot Sector in China
(2) Self-regulatory Organizations for the Nuclear Industry Robot Sector in China

2.1.2 Current Status of the Standard System for the Nuclear Industry Robot Sector in China

(1) Summary of Current Standards for Nuclear Industry Robots in China
(2) Key Standards for Nuclear Industry Robots in China

2.1.3 Summary and Interpretation of Policies and Plans Related to the Development of the Nuclear Industry Robot Sector in China

(1) Summary of Policies Related to the Development of the Nuclear Industry Robot Sector in China
(2) Summary of Plans Related to the Development of the Nuclear Industry Robot Sector in China

2.1.4 Impact Analysis of the National “14th Five-Year Plan” on the Development of the Nuclear Industry Robot Sector

2.1.5 Summary of the Impact of the Policy Environment on the Development of the Nuclear Industry Robot Sector in China

2.2 Economic Environment Analysis for the Nuclear Industry Robot Sector in China

2.2.1 Current Status of China’s Macroeconomic Development
2.2.2 Outlook for China’s Macroeconomic Development
2.2.3 Correlation Analysis Between the Development of the Nuclear Industry Robot Sector and Macroeconomics in China

2.3 Social Environment Analysis for the Nuclear Industry Robot Sector in China

2.3.1 Social Environment Analysis of the Nuclear Industry Robot Sector in China
2.3.2 Summary of the Impact of the Social Environment on the Nuclear Industry Robot Sector in China

2.4 Technological Environment Analysis for the Nuclear Industry Robot Sector in China

2.4.1 Technological Process Flow of the Nuclear Industry Robot Sector in China
2.4.2 Analysis of Key Technologies in the Nuclear Industry Robot Sector in China
2.4.3 R&D Investment and Innovation Status in the Nuclear Industry Robot Sector in China
2.4.4 Patent Applications and Publications in the Nuclear Industry Robot Sector in China

(1) Patent Applications for Nuclear Industry Robots in China
(2) Patent Publications for Nuclear Industry Robots in China
(3) Top Patent Applicants in the Nuclear Industry Robot Sector in China
(4) Hot Technologies in the Nuclear Industry Robot Sector in China

2.4.5 Summary of the Impact of the Technological Environment on the Development of the Nuclear Industry Robot Sector in China

Chapter 3: Global Development Status and Trend Forecast of the Nuclear Industry Robot Sector

3.1 Overview of the Development History of the Global Nuclear Industry Robot Sector

3.2 Global Macroeconomic Background of the Nuclear Industry Robot Sector

3.2.1 Overview of the Economic Environment for the Global Nuclear Industry Robot Sector
3.2.2 Impact of the COVID-19 Pandemic on the Global Nuclear Industry Robot Sector

3.3 Development Status and Market Size Analysis of the Global Nuclear Industry Robot Sector

3.3.1 Overview of the Development Status of the Global Nuclear Industry Robot Sector
3.3.2 Market Size of the Global Nuclear Industry Robot Sector
3.3.3 Analysis of Segmented Markets in the Global Nuclear Industry Robot Sector

3.4 Regional Development Pattern and Key Regional Market Research in the Global Nuclear Industry Robot Sector

3.4.1 Regional Development Patterns in the Global Nuclear Industry Robot Sector
3.4.2 Development Status of Key Regional Markets in the Global Nuclear Industry Robot Sector

(1) Development Status of the Nuclear Industry Robot Sector in Japan
(2) Development Status of the Nuclear Industry Robot Sector in Germany
(3) Development Status of the Nuclear Industry Robot Sector in the United States

3.5 Market Competition Landscape and Case Studies of Key Enterprises in the Global Nuclear Industry Robot Sector

3.5.1 Market Competition Landscape in the Global Nuclear Industry Robot Sector
3.5.2 Mergers and Acquisitions in the Global Nuclear Industry Robot Sector
3.5.3 Case Studies of Key Enterprises in the Global Nuclear Industry Robot Sector

3.6 Trend Forecast and Market Outlook for the Global Nuclear Industry Robot Sector

3.6.1 Trend Forecast for the Global Nuclear Industry Robot Sector
3.6.2 Market Outlook for the Global Nuclear Industry Robot Sector

3.7 Lessons from the Development of the Global Nuclear Industry Robot Sector

Chapter 4: Development Status and Market Challenges in the Nuclear Industry Robot Sector in China

4.1 Development History of the Nuclear Industry Robot Sector in China

4.2 Import and Export Trade Status of China’s Robot Industry

4.2.1 Overview of Import and Export Trade in China’s Robot Industry
4.2.2 Import Trade Status of China’s Robot Industry

(1) Import Scale of the Robot Industry
(2) Import Price Levels in the Robot Industry
(3) Import Product Structure of the Robot Industry
(4) Import Sources of the Robot Industry

4.2.3 Export Trade Status of China’s Robot Industry

(1) Export Scale of the Robot Industry
(2) Export Price Levels in the Robot Industry
(3) Export Product Structure of the Robot Industry
(4) Export Destinations of the Robot Industry

4.2.4 Analysis of Influencing Factors and Development Trends in the Import and Export Trade of China’s Robot Industry

4.3 Types of Market Entities and Entry Methods in the Nuclear Industry Robot Sector in China

4.4 Scale of Market Entities in the Nuclear Industry Robot Sector in China

4.5 Supply Status in the Nuclear Industry Robot Sector in China

4.5.1 Analysis of the Supply Capacity of the Nuclear Industry Robot Market in China
4.5.2 Analysis of the Supply Levels in the Nuclear Industry Robot Market in China

4.6 Interpretation of the Bidding Market in the Nuclear Industry Robot Sector in China

4.7 Market Demand Status in the Nuclear Industry Robot Sector in China

4.8 Market Size and Capacity in the Nuclear Industry Robot Sector in China

4.9 Market Trend Analysis in the Nuclear Industry Robot Sector in China

4.10 Market Pain Points Analysis in the Nuclear Industry Robot Sector in China

Chapter 5: Competitive Landscape and Market Structure Analysis in the Nuclear Industry Robot Sector in China

5.1 Porter’s Five Forces Model Analysis of the Nuclear Industry Robot Sector in China

5.1.1 Competition Among Existing Competitors in the Nuclear Industry Robot Sector in China
5.1.2 Bargaining Power of Key Suppliers in the Nuclear Industry Robot Sector in China
5.1.3 Bargaining Power of Consumers in the Nuclear Industry Robot Sector in China
5.1.4 Analysis of Potential Entrants in the Nuclear Industry Robot Sector in China
5.1.5 Risk Analysis of Substitutes in the Nuclear Industry Robot Sector in China
5.1.6 Summary of Competition in the Nuclear Industry Robot Sector in China

5.2 Investment, Financing, Mergers, and Acquisitions in the Nuclear Industry Robot Sector in China

5.3 Competitive Landscape of the Nuclear Industry Robot Market in China

5.4 Market Concentration Analysis in the Nuclear Industry Robot Sector in China

5.5 Participation of Chinese Nuclear Industry Robot Enterprises in International Market Competition

5.6 Layout of Domestic Substitution in the Nuclear Industry Robot Sector in China

Chapter 6: Comprehensive Study and Layout of the Nuclear Industry Robot Sector in China

6.1 Analysis of the Industry Chain in the Nuclear Industry Robot Sector in China

6.2 Value Chain Analysis of the Nuclear Industry Robot Sector in China

6.2.1 Cost Structure Analysis of the Nuclear Industry Robot Sector in China
6.2.2 Value Chain Analysis of the Nuclear Industry Robot Sector in China

6.3 Analysis of the Supply of Upstream Raw Materials and Equipment in the Nuclear Industry Robot Sector in China

6.3.1 Overview of the Upstream Market in the Nuclear Industry Robot Sector in China
6.3.2 Price Transmission Mechanism in the Upstream Market of the Nuclear Industry Robot Sector in China
6.3.3 Supply Status of Traditional Metal Materials and New Materials in the Upstream Market of the Nuclear Industry Robot Sector in China
6.3.4 Supply Status of Core Components in the Nuclear Industry Robot Sector in China

(1) Robot Reducers
(2) Robot Servo Motors
(3) Robot Controllers
(4) Robot-Specific Chips
(5) Robot Sensors

6.3.5 Summary of the Impact of the Supply from the Upstream Market on the Nuclear Industry Robot Sector in China

6.4 Analysis of the Midstream Segmented Markets in the Nuclear Industry Robot Sector in China

6.4.1 Market Structure in the Midstream Segmented Markets of the Nuclear Industry Robot Sector in China
6.4.2 Analysis of the Midstream Segmented Markets in the Nuclear Industry Robot Sector in China

6.5 Potential Demand in the Downstream Market for the Nuclear Industry Robot Sector in China

6.5.1 Overview of System Integration and Downstream Applications in the Nuclear Industry Robot Sector in China
6.5.2 Potential Demand in the Downstream Market for the Nuclear Industry Robot Sector in China

Chapter 7: Case Studies of Key Enterprises in the Nuclear Industry Robot Sector in China

For the following companies the following analyses were carried out: Company Overview, Business Operations, Profitability , Market Strategy

7.1 Overview of Key Enterprises in the Nuclear Industry Robot Sector in China

7.2 Case Studies of Key Enterprises in the Nuclear Industry Robot Sector in China

7.2.1 Hangzhou Jingye Intelligent Technology Co., Ltd. (杭州景业智能科技股份有限公司)

7.2.2 Wuhan Cubic Robotics Technology Co., Ltd. (武汉库柏特科技有限公司)

7.2.3 Jiangsu Tiemao Technology Co., Ltd. (江苏铁锚科技股份有限公司)

7.2.4 Chengdu Aerospace Fenghuo Precision Electromechanical Co., Ltd. (成都航天烽火精密机电有限公司)

7.2.5 Shenyang Siasun Robot & Automation Co., Ltd. (沈阳新松机器人自动化股份有限公司)

Chapter 8: Market and Strategic Layout Recommendations for the Nuclear Industry Robot Sector in China

8.1 SWOT Analysis of the Nuclear Industry Robot Sector in China

8.2 Development Potential Assessment for the Nuclear Industry Robot Sector in China

8.3 Development Forecast for the Nuclear Industry Robot Sector in China

8.4 Trend Forecast for the Nuclear Industry Robot Sector in China

8.5 Entry and Exit Barriers in the Nuclear Industry Robot Sector in China

8.6 Investment Risk Warnings for the Nuclear Industry Robot Sector in China

8.7 Investment Value Assessment for the Nuclear Industry Robot Sector in China

8.8 Investment Opportunities Analysis for the Nuclear Industry Robot Sector in China

8.8.1 Investment Opportunities in Weak Links of the Nuclear Industry Robot Industry Chain
8.8.2 Investment Opportunities in Segmented Fields of the Nuclear Industry Robot Sector
8.8.3 Investment Opportunities in Regional Markets for the Nuclear Industry Robot Sector
8.8.4 Investment Opportunities in White Spaces in the Nuclear Industry Robot Sector

8.9 Investment Strategies and Recommendations for the Nuclear Industry Robot Sector in China

8.10 Sustainable Development Recommendations for the Nuclear Industry Robot Sector in China

List of Charts and Tables

  • Chart 1: Explanation of Key Terms Related to the Nuclear Industry Robot Sector
  • Chart 2: Diagram of Elements Included in Industry Research Definitions
  • Chart 3: Main Research Methods in the Industry
  • Chart 4: Major Regulatory Bodies and Their Responsibilities in the Nuclear Industry Robot Sector
  • Chart 5: Relevant Standards for the Industrial Robot Sector
  • Chart 6: Continued Table of Relevant Standards
  • Chart 7: Upcoming Standards for the Industrial Robot Sector
  • Chart 8: Main Laws, Regulations, and Policies in the Sector
  • Chart 9: China’s GDP Growth Trends from 2020-2024
  • Chart 10: Per Capita Disposable Income of Chinese Residents from 2020-2024
  • Chart 11: Income and Consumption Expenditure of Urban and Rural Residents in China from 2008-2023
  • Chart 12: Year-on-Year Growth of Large-Scale Industrial Enterprises in China from 2022-2023
  • Chart 13: Fixed Asset Investment in China (Excluding Households) from 2020-2024
  • Chart 14: Total Retail Sales of Consumer Goods in China from 2020-2024
  • Chart 15: Total Import and Export Value of Goods in China from 2020-2024
  • Chart 16: Process Flow of Nuclear Industry Robots
  • Chart 17: Patent Application Trends in China’s Nuclear Industry Robot Sector from 2020-2024
  • Chart 18: Patent Authorization Trends in China’s Nuclear Industry Robot Sector from 2020-2024
  • Chart 19: Technical Composition of Patent Applicants in China’s Nuclear Industry Robot Sector from 2020-2024
  • Chart 20: Rankings of Patent Applicants in China’s Nuclear Industry Robot Sector from 2020-2024
  • Chart 21: Global GDP Data from 2020-2024
  • Chart 22: Total Installed Capacity of Nuclear Power Globally from 2020-2024
  • Chart 23: Global Market Size of the Nuclear Industry Robot Sector from 2020-2024
  • Chart 24: Regional Development Patterns in the Global Nuclear Industry Robot Sector in 2023
  • Chart 25: Market Size of the Nuclear Industry Robot Sector in Japan from 2020-2024
  • Chart 26: Market Size of the Nuclear Industry Robot Sector in Germany from 2020-2024
  • Chart 27: Market Size of the Nuclear Industry Robot Sector in the United States from 2020-2024
  • Chart 28: Global Market Size Forecast for the Nuclear Industry Robot Sector from 2023-2030
  • Chart 29: Import and Export Volume and Value of Industrial Robots in China from 2020-2024
  • Chart 30: Comparison of Import and Export Volumes of Industrial Robots in China from 2020-2024
  • Chart 31: Comparison of Import and Export Values of Industrial Robots in China from 2020-2024
  • Chart 32: Comparison of Average Import and Export Prices of Industrial Robots in China from 2020-2024
  • Chart 33: Import Trends for Industrial Robots in China from 2020-2024
  • Chart 34: Average Import Prices of Industrial Robots in China from 2020-2024
  • Chart 35: Product Structure of Imported Industrial Robots in China in 2023
  • Chart 36: Analysis of Major Markets for Imported Industrial Robots in China in 2023
  • Chart 37: Export Trends for Industrial Robots in China from 2020-2024
  • Chart 38: Average Export Prices of Industrial Robots in China from 2020-2024
  • Chart 39: Product Structure of Exported Industrial Robots in China in 2023
  • Chart 40: Analysis of Major Export Markets for Industrial Robots in China in 2023
  • Chart 41: Production Volume of Nuclear Industry Robots in China from 2020-2024
  • Chart 42: Trend of Total Demand for Nuclear Industry Robots in China from 2020-2024
  • Chart 43: Market Size of the Nuclear Industry Robot Sector in China from 2020-2024
  • Chart 44: Price Trends in the Nuclear Industry Robot Sector in China from 2020-2024

more charts and tables in the main report...

 

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