China's opto-mechatronics industry started late, but started at a higher starting point, and Chinese government has been attaching importance to it, so opto-mechatronics technology has listed as one of key high-tech projects supported by the nation. In recent years, China's enterprises put advanced and applicable technologies into improving technical level and market competitiveness of opto-mechatronics industry, so as to optimize industrial structure and perfect industry system. After more than two decades of development, currently opto-mecharonics industrial bases have established in Beijing, Shanghai, Wuhan, Changchun, Shenzhen and Hefei etc. As of 2013, the output value of China's opto-mechatronics industry reached CNY 480 billion. With the recovery of Chinese economy, national pillar industries, such as shipbuilding, automobile, metallurgy, aerospace, machine manufacturing, electricity, engineering machinery, petro7, new energy and integrated circuit industries ushered their rapid expansions again. Driven by them, the demand for laser application is increasingly strong, industry market scale has been expanding, and the market scale of opto-mechatronics industry will continue keeping rapid growth on account of China's equipment upgrading and... Research Beam Model: Research Beam Product ID: 114301 1800 USD New
In-Depth Evaluation and Forecast of China Opto-mechatronics Industry, 2014-2018

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In-Depth Evaluation and Forecast of China Opto-mechatronics Industry, 2014-2018

 
  • Category : Construction & Manufacturing
  • Published On : February  2014
  • Pages : 61
 
 
China's opto-mechatronics industry started late, but started at a higher starting point, and Chinese government has been attaching importance to it, so opto-mechatronics technology has listed as one of key high-tech projects supported by the nation. In recent years, China's enterprises put advanced and applicable technologies into improving technical level and market competitiveness of opto-mechatronics industry, so as to optimize industrial structure and perfect industry system. After more than two decades of development, currently opto-mecharonics industrial bases have established in Beijing, Shanghai, Wuhan, Changchun, Shenzhen and Hefei etc. As of 2013, the output value of China's opto-mechatronics industry reached CNY 480 billion.

With the recovery of Chinese economy, national pillar industries, such as shipbuilding, automobile, metallurgy, aerospace, machine manufacturing, electricity, engineering machinery, petro7, new energy and integrated circuit industries ushered their rapid expansions again. Driven by them, the demand for laser application is increasingly strong, industry market scale has been expanding, and the market scale of opto-mechatronics industry will continue keeping rapid growth on account of China's equipment upgrading and processing technology upgrading in industries. It is estimated that annual average growth rate will be about 22% in next five years, and opto-mechatronics market scale is expected to exceed CNY1.2 trillion by the year of 2018.
1. Overview of Opto-mechatronics Industry
1.1 Industry Overview
1.1.1 Definition
1.1.2 Product Classification
1.2 Analysis of Opto-mechatronics Industry Chain

2. Development Overview of Global Opto-mechatronics Industry
2.1 Development Status of Global Photoelectronic Industry
2.2 Development Status of Global Laser Market
2.3 Development Status and Trend of Global Opto-mechatronics Industry
2.4 Major Countries of Opto-mechatronics Industry
2.4.1 Japan
2.4.2 USA

3. Environment Analysis of China's Opto-mechatronics Industry
3.1 China's Economic Development Environment
3.2 Policy Environment
3.3 Technological Level of China's Opto-mechatronics
3.3.1 Technological Characteristics
3.3.2 Status Quo of China's Opto-mechatronics Research

4. Market Analysis of China's Opto-mechatronics Industry
4.1 Development Status of China's Opto-mechatronics Market
4.2 Demand Analysis
4.2.1 Laser Processing
4.2.2 Medical Imaging
4.2.3 Laser Ranging
4.2.4 Laser Printing

5. Competitive Situation of China's Opto-mechatronics Industry
5.1 Competitiveness Analysis
5.1.1 Bargaining Power of Upstream Suppliers
5.1.2 Bargaining Power of Downstream Consumption Field
5.1.3 Potential Entrant
5.1.4 Internal Competition
5.2 Regional Distribution of Opto-mechatronics Industry
5.2.1 Regional Distribution of China's Opto-mechatronics Industry
5.2.2 Key Regions

6. China's Major Manufacturers of Opto-mechatronics
6.1 Han's Laser Technology Co., Ltd.
6.1.1 Company Profile
6.1.2 Main Business
6.1.3 Competitive Edge
6.1.4 Business Performance
6.1.5 Future Development Strategy
6.2 Daheng Science & Technology
6.2.1 Company Profile
6.2.2 Main Business
6.2.3 Competitive Edge
6.2.4 Business Performance
6.2.5 Future Development Trend
6.3 Golden Laser
6.3.1 Company Profile
6.3.2 Main Business
6.3.3 Competitive Edge
6.3.4 Business Performance
6.3.5 Future Development Strategy
6.4 Huagong Tech
6.4.1 Company Profile
6.4.2 Main Business
6.4.3 Competitive Edge
6.4.4 Business Performance
6.4.5 Development Strategy
6.5 Hefei Meiya Optoelectronic Technology Inc.
6.5.1 Company Profile
6.5.2 Main Business
6.5.3 Competitive Edge
6.5.4 Business Performance
6.5.5 Development Strategy

7. Investment Environment
7.1 Investment Opportunities
7.1.1 Energetic Supports from National Policies and Industrial Upgrading
7.1.2 Packaging Machinery Accelerates Opto-mechatronics; Market Prospect is Promising
7.1.3 Increasing Application of Medical Scanning and Imaging Equipment
7.2 Investment Risks
7.2.1 Competitive Risks
7.2.2 Technical Personnel Loss
7.3 Industry Barriers to Entry
7.3.1 Technical Barriers
7.3.2 Capital Barriers
7.3.3 Personnel Barriers

8. Industry Development Trends and Suggestions
8.1 Development Trend of Opto-mechatronics Market
8.2 Development Trend of Opto-mechatronics Technology
8.2.1 Laser Technology
8.2.2 Sensing Detection Technology
8.2.3 Laser Rapid Prototyping Technology
8.2.4 Light-driven Technology
8.3 Development Suggestions
8.3.1 Accelerate Technological Innovation
8.3.2 Cultivate Concentrated Areas; Improve Overall Competitiveness
8.3.3 Adopt Reasonable Measures; Standardize Market Competition Pattern
8.3.4 Optimize Development Environment; Increase Supports