China Precision Optics Industry - Analysis Report

Name: China Precision Optics Industry - Analysis Report
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This report provides a comprehensive analysis of the precision optics industry in China, detailing technological advancements, manufacturing processes, and market dynamics. It offers insights into the competitive landscape, regulatory environment, and end-use applications, empowering stakeholders with strategic knowledge to capitalize on emerging opportunities. Designed for industry leaders and investors, this report is a crucial tool for navigating the complexities and seizing growth in China’s precision optics sector

Study Overview

To provide industry professionals or investors with a better understanding of the current situation and prospects of the precision optics industry, Chinacuity and its partner in China has specially launched the "2025-2031 China Precision Optics Industry Market Research and Future Trend Forecast Report" (hereinafter referred to as the "Report"). This report thoroughly organizes and analyzes the Chinese precision optics market, based on years of continuous tracking, field visits, surveys, and analysis by the Chinacuity research team and its partner in China.

To ensure the accuracy of the precision optics industry data and the reference value of the content, Chinacuity's research team collected data through multiple channels, such as listed company annual reports, manufacturer surveys, dealer discussions, and expert verification. They also conducted multi-dimensional analysis of the data to deeply examine all aspects of the industry, allowing professionals to gain a comprehensive understanding of the development trends of the precision optics industry in 2023, as well as the forefront of innovation, thereby enabling practitioners to get ahead in the transformation race.

Precision optics is a field that studies and manufactures high-precision optical components and assemblies. It involves the design, processing, testing, and application of various optical components, such as lenses, prisms, mirrors, and modules. Precision optics technology refers to the use of optical principles and techniques for the design, manufacture, and application of high-precision optical components and assemblies. Optical components (or "optical elements") refer to the key parts in optical systems that implement various observation, measurement, analysis recording, information processing, image evaluation, energy transmission, and conversion functions. They are essential components of various optical instruments, image display products, and optical storage devices. According to different precision and application fields, optical components can be divided into traditional optical components and precision optical components. Precision optical components can be further divided into consumer-grade precision optical components and industrial-grade precision optical components.

Economic Globalization and Industry Shift

With the acceleration of economic globalization and the structural adjustment of the photoelectric industry in developed countries, the global optical industry is gradually shifting to mainland China. Renowned optical enterprises from Germany, the United States, Japan, and Taiwan have set up factories in mainland China, driving the development of the domestic precision optics industry. With continuous improvement in technical standards, local precision optical enterprises are gradually catching up with international standards, producing a group of companies with advanced technology and equipment, high automation levels, strong quality assurance, and process control capabilities. These companies have the competitive edge for large-scale production of precision optics with global market competitiveness. The data shows that in 2022, the output value of the precision optical components industry in China was approximately 344.2 billion yuan (around USD 47 billion), a year-on-year decrease of 4.6%. Meanwhile, the market size was about 617.5 billion yuan (around USD 85 billion), a year-on-year decrease of 4.3%.

Market Fragmentation and Technological Barriers

At present, many enterprises in China are involved in the precision optics industry, but the overall market is relatively fragmented, showing differentiated competition. This is mainly because China's precision optics industry has a long industrial chain with a variety of products in subdivided fields. There are also large technical barriers between different fields, resulting in smaller economies of scale. In the global market, European and American precision optics enterprises are in the lead. Newport from the U.S. and Jenoptik from Germany are benchmark companies in the global precision optics industry. In the domestic market, leading companies in the precision optics field have a business share that accounts for more than 20%. The major companies include Fujian Fuguang Corporation (福光股份), Yongxin Optics (永新光学), Futai Technologies (福特科), and Lante Optics (蓝特光学).

Government Policies Promoting Industry Growth

In recent years, China has introduced several favorable policies that continually guide and encourage the development of the precision optics industry. For example, the "13th Five-Year Plan" for strategic emerging industries explicitly proposed to accelerate the development of high-power fiber lasers, scanning galvanometers, dynamic focusing mirrors, and high-performance electron guns as core supporting components, while enhancing the collaborative innovation between hardware and software. The "13th Five-Year Plan for Scientific and Technological Innovation" proposed the development of optoelectronic integrated devices for high-speed optical communication equipment, overcoming the standardization difficulties and technical bottlenecks in the manufacture of optoelectronic devices, establishing and developing demonstration platforms for the application of optoelectronic devices, and promoting China's information optoelectronic device technology and integrated circuit design to reach internationally advanced levels.

Technological Upgrades Boosting Market Demand

The precision optics industry is a technology-intensive sector that integrates optical design, ultra-precision processing, materials science, mechanical engineering, and electronics. As electronic information technology advances rapidly, product replacement cycles are shortening, and the precision requirements of optical products are becoming increasingly stringent. The importance of optical lenses and their modules in various high-end industries continues to rise, with market demand showing sustained growth. At the same time, benefiting from the rapid development and innovation of science and technology, precision optical products are more frequently integrated with electronic communication products, creating more market demand and driving the continued rapid growth of the precision optics industry.

Expansion of Application Fields

The development of the precision optics industry is influenced by changes in the demand for downstream terminal equipment. In recent years, with the rapid increase in the penetration rate of consumer electronics products such as smartphones, laptops, and tablets, the industry has entered a saturation phase. Meanwhile, as the country vigorously promotes supply-side structural reform, building a modern industrial system, enhancing innovation capabilities, and further growing new-generation information technology and high-end equipment, the rapid growth of demand in new fields has driven structural adjustments in the precision optics industry. The industry is now aligning more closely with semiconductor, life sciences, and AR/VR testing applications, among other advanced technological sectors. In the future, as modern technology continues to develop, the application of precision optics in these fields will deepen, and the growing demand in the end market will drive the expansion of the overall market size of the precision optics industry chain.

Chapter 1: Definition Related to the Precision Optics Industry

1.1 Introduction to the Precision Optics Industry

1.1.1 Definition of Precision Optics
1.1.2 Precision Optical Devices
1.1.3 Precision Optical Lenses
1.1.4 Precision Optical Systems/Instruments

1.2 Industry Chain Analysis of the Precision Optics Industry

1.2.1 Industry Chain
1.2.2 Upstream Industry Analysis
1.2.3 Midstream Industry Analysis
1.2.4 Downstream Fields

Chapter 2: Development Environment of China's Precision Optics Industry (2020-2024)

2.1 Economic Environment

2.1.1 Overview of the Macroeconomic Situation
2.1.2 Industrial Operation Conditions
2.1.3 Fixed Asset Investment
2.1.4 Economic Transformation and Upgrading
2.1.5 Macroeconomic Outlook

2.2 Policy Environment

2.2.1 Industry Regulatory System
2.2.2 Policy Evolution
2.2.3 Summary of Relevant Policies
2.2.4 Key Regional Policies
2.2.5 Policy Development Plans

2.3 Technological Environment

2.3.1 Main Types of Technologies
2.3.2 Level of Technological Development
2.3.3 R&D Expenditure on Technology
2.3.4 Technology Patent Applications
2.3.5 Technological Development Trends

Chapter 3: Operational Status of the Domestic and International Precision Optics Industry (2020-2024)

3.1 Overview of the Global Precision Optics Industry

3.1.1 Market Development Scale
3.1.2 Regional Market Layout
3.1.3 Competitive Landscape of the Market
3.1.4 Development of Typical Enterprises

3.2 SWOT Analysis of China's Precision Optics Industry

3.2.1 Development Strengths
3.2.2 Development Weaknesses
3.2.3 Development Opportunities
3.2.4 Development Threats

3.3 Operational Status of China's Precision Optics Market (2020-2024)

3.3.1 Development History of the Industry
3.3.2 Precision Optics Manufacturing Process
3.3.3 Market Development Scale
3.3.4 Industry Capacity and Output
3.3.5 Technological Innovation Dynamics
3.3.6 Distribution of Application Fields
3.3.7 Industry Investment Trends

3.4 Competitive Landscape Analysis of China's Precision Optics Industry

3.4.1 Types of Industry Participants
3.4.2 Summary of Listed Companies
3.4.3 Scale of Registered Enterprises
3.4.4 Competitive Structure of Enterprises
3.4.5 Regional Distribution of Enterprises
3.4.6 Business Layout of Enterprises
3.4.7 Operating Conditions of Enterprises
3.4.8 Business Plans of Enterprises

3.5 Challenges Facing China's Precision Optics Industry

3.5.1 Gap with International Enterprises
3.5.2 Dependence on Imported Core Equipment
3.5.3 Shortage of High-End Industry Talent

Chapter 4: Development Status of the Chinese Optical Lens Industry (2020-2024)

4.1 Overview of the Optical Lens Industry Development

4.1.1 Comparison of Optical Lens Characteristics
4.1.2 Optical Lens Industry Chain
4.1.3 Development History of Optical Lenses
4.1.4 Development Features of Optical Lenses
4.1.5 Application Fields of Optical Lenses

4.2 Development Status of China's Optical Lens Industry (2020-2024)

4.2.1 Policy Environment of Optical Lenses
4.2.2 Market Scale of Optical Lenses
4.2.3 Supply and Demand of Optical Lenses
4.2.4 Market Participants of Optical Lenses
4.2.5 Technological Development of Optical Lenses
4.2.6 Challenges in the Development of Optical Lenses
4.2.7 Opportunities in the Development of Optical Lenses

4.3 Comparison of Key Enterprises in China's Optical Lens Industry

4.3.1 Basic Information of Enterprises
4.3.2 Revenue Comparison of Enterprises
4.3.3 Business Layout of Enterprises
4.3.4 R&D Investment by Enterprises
4.3.5 Competitive Strength Comparison

Chapter 5: Analysis of the Upstream Development in China's Precision Optics Industry (2020-2024)

5.1 Optical Materials

5.1.1 Market Size of Optical Materials
5.1.2 Market Structure of Optical Materials
5.1.3 Competitive Landscape of Optical Materials
5.1.4 Localization Rate of Optical Materials
5.1.5 Typical Enterprises in Optical Materials

5.2 Optical Glass

5.2.1 Development Characteristics of Optical Glass
5.2.2 Policy Environment of Optical Glass
5.2.3 Market Scale of Optical Glass
5.2.4 Segmentation of the Optical Glass Market
5.2.5 Competitive Landscape of Optical Glass
5.2.6 Development Goals of Optical Glass
5.2.7 Development Prospects of Optical Glass

5.3 Optical Plastics

5.3.1 Overview of Optical Plastics
5.3.2 Main Categories of Optical Plastics
5.3.3 Advantages and Disadvantages of Optical Plastics
5.3.4 Market Size of Optical Plastics

5.4 Optical Crystals

5.4.1 Overview of Optical Crystals
5.4.2 Types of Optical Crystal Products
5.4.3 Technological Level of Optical Crystals
5.4.4 Application Fields of Optical Crystals
5.4.5 Typical Enterprises in Optical Crystals
5.4.6 Development Trends of Optical Crystals

Chapter 6: Development Analysis of Downstream Application Fields in China's Precision Optics Industry (2020-2024)

6.1 Mobile Phone Optics

6.1.1 Current Status of Optics in Smartphones
6.1.2 Competitive Landscape of Smartphone Optics
6.1.3 Business Layout of Smartphone Optics Enterprises
6.1.4 Market Space for Smartphone Optics
6.1.5 Technological Development Trends in Mobile Phone Optics

6.2 Automotive Optics

6.2.1 Current Status of Automotive Optics
6.2.2 Market Scale of Automotive Optics
6.2.3 Competitive Landscape of Automotive Optics
6.2.4 Business Layout of Automotive Optics Enterprises
6.2.5 Market Prospects for Automotive Optics

6.3 Smart Projectors

6.3.1 Basic Overview of Projectors
6.3.2 Market Scale of Projectors
6.3.3 Competitive Landscape of Projectors
6.3.4 Business Layout of Projector Enterprises
6.3.5 Development of the Laser Projector Market

6.4 LiDAR (Laser Detection and Ranging)

6.4.1 Development Status of LiDAR
6.4.2 Optical Costs in LiDAR
6.4.3 Optical Layout in LiDAR
6.4.4 Development Path of LiDAR
6.4.5 Investment Opportunities in LiDAR

6.5 Security Monitoring

6.5.1 Current Status of Security Monitoring
6.5.2 Market Scale of Security Lenses
6.5.3 Shipment Scale of Security Lenses
6.5.4 Segmentation of the Security Lens Market
6.5.5 Competitive Landscape of Security Lenses
6.5.6 Development Trends in Security Monitoring

6.6 AR/VR Optics

6.6.1 Current Status of AR/VR Optics
6.6.2 Business Layout of AR/VR Optics Enterprises
6.6.3 Optical Costs in AR/VR Equipment
6.6.4 Technological Iteration in AR/VR Optics
6.6.5 Typical Enterprises in AR/VR Optics

6.7 Machine Vision

6.7.1 Policy Environment for Machine Vision
6.7.2 Market Scale of Machine Vision
6.7.3 Barriers to Entry in the Machine Vision Industry
6.7.4 Development Trends in Machine Vision
6.7.5 Prospects for Machine Vision Development

6.8 Optical Microscopes

6.8.1 Basic Categories of Optical Microscopes
6.8.2 Market Scale of Optical Microscopes
6.8.3 Competitive Landscape of Optical Microscopes
6.8.4 Business Layout of Optical Microscope Enterprises

6.9 Other Fields

6.9.1 Telescopic and Aiming Fields
6.9.2 Life Sciences Field
6.9.3 Aerospace Field
6.9.4 Biometric Field
6.9.5 Semiconductor Field

Chapter 7: Business Operations of Key Enterprises in China's Precision Optics Industry

7.1 Fujian CASTECH Inc. (福建福晶科技股份有限公司)

7.1.1 Development History of the Enterprise
7.1.2 Product Categories of the Enterprise
7.1.3 Operating Conditions of the Enterprise
7.1.4 Revenue Structure of the Enterprise
7.1.5 Precision Optics Layout

7.2 Zhejiang Lante Optics Co., Ltd. (浙江蓝特光学股份有限公司)

7.2.1 Development History of the Enterprise
7.2.2 Product Layout of the Enterprise
7.2.3 Operating Conditions of the Enterprise
7.2.4 Revenue Structure of the Enterprise
7.2.5 Investment Trends of Projects
7.2.6 Business Development Directions

7.3 Nanjing MOLA Optical Technology Co., Ltd. (南京茂莱光学科技股份有限公司)

7.3.1 Development History of the Enterprise
7.3.2 Main Business of the Enterprise
7.3.3 Product Layout of the Enterprise
7.3.4 Operating Conditions of the Enterprise
7.3.5 Revenue Structure of the Enterprise
7.3.6 Product Sales
7.3.7 Core Technology Development
7.3.8 Investment Trends of Projects

7.4 Danyang Danyao Optical Co., Ltd. (丹阳丹耀光学股份有限公司)

7.4.1 Development History of the Enterprise
7.4.2 Main Business of the Enterprise
7.4.3 Product Layout of the Enterprise
7.4.4 Operating Conditions of the Enterprise
7.4.5 Revenue Composition of the Enterprise
7.4.6 Production and Sales of the Enterprise
7.4.7 Investment Trends of Projects

7.5 Ningbo Yongxin Optics Co., Ltd. (宁波永新光学股份有限公司)

7.5.1 Development History of the Enterprise
7.5.2 Product Layout of the Enterprise
7.5.3 Operating Conditions of the Enterprise
7.5.4 Revenue Structure of the Enterprise
7.5.5 Technological Strength of the Enterprise
7.5.6 Layout in Automotive Optics

7.6 TENGJING Technology Co., Ltd. (腾景科技股份有限公司)

7.6.1 Development History of the Enterprise
7.6.2 Product Matrix of the Enterprise
7.6.3 Operating Conditions of the Enterprise
7.6.4 Revenue Structure of the Enterprise
7.6.5 Product Pricing of the Enterprise
7.6.6 Technological Strength of the Enterprise
7.6.7 Capacity Expansion of the Enterprise

7.7 Fujian Future Optoelectronics Co., Ltd. (福建福特科光电股份有限公司)

7.7.1 Overview of Enterprise Development
7.7.2 Main Business of the Enterprise
7.7.3 Product Layout of the Enterprise
7.7.4 Operating Conditions of the Enterprise
7.7.5 Revenue Structure of the Enterprise
7.7.6 Technological Strength of the Enterprise

Chapter 8: Analysis of the Investment and Financing Status in China's Precision Optics Industry (2020-2024)

8.1 Current Status of Investment and Financing in China's Precision Optics Industry (2020-2024)

8.1.1 Investment and Financing Scale in the Industry
8.1.2 Investment and Financing Rounds in the Industry
8.1.3 Distribution of Investment and Financing Products
8.1.4 Regional Layout of Investment and Financing
8.1.5 Main Investment and Financing Entities in the Industry
8.1.6 Investment and Financing Events in the Industry
8.1.7 Mergers and Acquisitions in the Industry

8.2 Investment Trends in Precision Optics Projects in China

8.2.1 Progress of Project Investment in 2023
8.2.2 Progress of Project Investment in 2023
8.2.3 Progress of Project Investment in 2023

8.3 Investment Barriers in China's Precision Optics Industry

8.3.1 Technological Barriers
8.3.2 Financial Barriers
8.3.3 Customer Resource Barriers
8.3.4 Talent Barriers

8.4 Investment Risks and Recommendations for China's Precision Optics Industry

8.4.1 Investment Risks in the Industry
8.4.2 Investment Recommendations for the Industry

Chapter 9: Case Study of Investment Projects in China's Precision Optics Industry

9.1 CASTECH Precision Optical Components Industrial Base Construction Project (福特科精密光学元件产业基地建设项目)

9.1.1 Basic Overview of the Project
9.1.2 Necessity of Project Construction
9.1.3 Investment Estimate of the Project
9.1.4 Project Implementation Progress
9.1.5 Project Investment Benefits
9.1.6 Environmental Protection of the Project
9.1.7 Land Use Situation of the Project
9.1.8 Project Approval Progress

9.2 MOLA Optical High-End Precision Optical Product Manufacturing Project (茂莱光学高端精密光学产品生产项目)

9.2.1 Basic Overview of the Project
9.2.2 Investment Value of the Project
9.2.3 Investment Estimate of the Project
9.2.4 Construction Cycle of the Project
9.2.5 Environmental Protection of the Project
9.2.6 Key Investment Directions of the Project

9.3 MOLA Optical High-End Precision Optical Product R&D Project (茂莱光学高端精密光学产品研发项目)

9.3.1 Basic Overview of the Project
9.3.2 Investment Value of the Project
9.3.3 Investment Estimate of the Project
9.3.4 Investment Cycle of the Project
9.3.5 Environmental Protection of the Project
9.3.6 Key Investment Directions of the Project

9.4 Danyao Optical Precision Optical Component Production Base Project (丹耀光学精密光学元件生产基地项目)

9.4.1 Basic Overview of the Project
9.4.2 Investment Estimate of the Project
9.4.3 Project Implementation Plan
9.4.4 Economic Benefits of the Project
9.4.5 Environmental Protection of the Project

9.5 Changbudao High-End Precision Optical Industrial Base Construction Project (长步道高端精密光学产业基地建设项目)

9.5.1 Basic Overview of the Project
9.5.2 Investment Estimate of the Project
9.5.3 Necessity of Project Investment
9.5.4 Feasibility of Project Investment
9.5.5 Environmental Impact of Project Investment

9.6 Guoke Tiancheng Ultra-Precision Optical Processing Center Construction Project (国科天成超精密光学加工中心建设项目)

9.6.1 Basic Overview of the Project
9.6.2 Investment Value of the Project
9.6.3 Necessity of Project Investment
9.6.4 Feasibility of Project Investment
9.6.5 Economic Benefits of the Project

9.7 Yongxin Optics Medical Optical Equipment and Precision Optical Components Production Base Project (永新光学医疗光学设备及精密光学元组件生产基地项目)

9.7.1 Investment Background of the Project
9.7.2 Investment Project Situation
9.7.3 Market Positioning and Feasibility of the Project
9.7.4 Impact of the Project on the Company
9.7.5 Risks of the Project

Chapter 10: Forecast and Outlook for the Development Trends of the Precision Optics Industry (2025-2031)

10.1 Prospects and Trends in the Development of China's Precision Optics Industry

10.1.1 Development Opportunities in the Industry
10.1.2 Development Directions in the Industry
10.1.3 Development Planning in the Industry
10.1.4 Development Trends in the Industry

10.2 Forecast Analysis of the Chinese Precision Optics Industry (2025-2031)

10.2.1 Analysis of Influencing Factors in the Precision Optics Industry (2025-2031)
10.2.2 Market Scale Forecast for Optical Components in China (2025-2031)

List of Figures and Tables

Figure 1: Classification of Precision Optical Devices
Figure 2: Classification and Characteristics of Optical Lenses
Figure 3: Classification and Characteristics of Precision Optical Systems/Instruments
Figure 4: Industry Chain of the Precision Optics Industry
Figure 5: Introduction of Some Lens Manufacturers and Their Products
Figure 6: Introduction of Some Prism Manufacturers and Their Products
Figure 7: Introduction of Some Filter Manufacturers and Their Products
Figure 8: Operation of China's GDP (2017-2023)
Figure 9: Added Value of All Industries in China (2014-2023)
Figure 10: Year-on-Year Growth Rate of Large-Scale Industries in China (2022-2023)
Figure 11: Fixed Asset Investment in China (2016-2023, Excluding Farmers)
Figure 12: Relevant Regulations for the Precision Optical Component Industry
Figure 13: Industry-Related Standards
Figure 14: Relevant Policies for the Optical Component Industry in Various Provinces and Cities (I)
Figure 15: Relevant Policies for the Optical Component Industry in Various Provinces and Cities (II)
Figure 16: Major Industrial Policies for the Industry
Figure 17: Process Flowchart for Precision Optical Components
Figure 18: R&D Expenditure in Precision Optics Enterprises (2022-2023)
Figure 19: Analysis of Patent Application Trends in China's Precision Optics Industry (2015-2024)
Figure 20: Analysis of Patent Applicant Authorization Trends in China's Precision Optics Industry (2015-2024)
Figure 21: Market Scale of the Global Precision Optical Component Industry (2018-2023)
Figure 22: Regional Distribution of the Global Precision Optical Component Industry (2018-2023)
Figure 23: Business Layout of Carl Zeiss (Zeiss AG, 蔡司)
Figure 24: Layout of Zeiss in Lithography Machine Lenses
Figure 25: Industry Scale of China's Precision Optical Components (2018-2023)
Figure 26: Supply and Demand of Precision Optical Components in China (2018-2023)
Figure 27: Output Value of China's Precision Optical Components (2018-2023)
Figure 28: Consumption Fields of Precision Optical Components in China (2018-2023)
Figure 29: Investment and Financing Situation in Precision Optics (2016-2023)

And more figures and tables in the main report...

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