Global and China Precision Optical Market: An Independent Industry Research Report
Frost & Sullivan consulting company
May 2022
Geographical scope: Global, China
Historical time range: 2019 - 2021
Base date: 2021
Forecast time range: 2022 - 2026
Application areas: semiconductors, life sciences, AR/VR, aerospace, autonomous driving, biometrics
1. Overview of the Precision Optical Market and Application Areas
1.1 Definition and Classification of Precision Optical Products
In recent years, the rapid development of optical technology has brought about significant changes in optical components, optical systems, and instruments. It has been applied in various high-tech fields and promoted the continuous emergence and development of new optical principles and methods. Modern optical technology is based on classical optics and has derived technologies such as binary optics (or diffraction optics) and holography, creating new optical components such as aspherical lenses and holographic lenses. With the substantial progress of optical technology and the continuous expansion of its application scope, its role in the national economy has become increasingly important and indispensable.
Optical products are devices or components for optical applications, mainly including optical elements, optical assemblies, and optical systems. Optical elements are the most basic optical structures and form the basis for constructing optical assemblies and optical systems.
Source: Frost & Sullivan
With the increasing popularity of optical applications and the continuous improvement in the precision and complexity of optical structures, precision optics have gradually become an important part of the optical industry. Unlike traditional optics, precision optics is aimed at high-tech fields such as semiconductors and life sciences, mainly producing optical products with higher precision and complex functions. Based on differences in structure and function, precision optical products mainly include precision optical devices, precision optical lenses, and precision optical systems. According to their application fields, they can be further divided into consumer-grade precision optical products and industrial-grade precision optical products.
Source: Frost & Sullivan
1.2. Precision Optical Industry Chain
1.3. Precision Optical Market Size and Forecast
1.4 Analysis of downstream application markets for industrial precision optics
Different from traditional optics, industrial precision optics are mainly targeted at emerging national strategic fields such as semiconductors, life sciences, AR/VR, aerospace, autonomous driving, and biometrics. The industry's development space is continuously expanding.
Source: Frost & Sullivan
1.5 Market Size and Forecast of Industrial Precision Optics
1.6 Development Drivers of the Industrial Precision Optical Market
1.6.1. National policies provide strong support to the precision optics industry
1.6.2. The upgrade and iteration of precision optical technology are accelerating
1.6.3. The downstream application domain is developing rapidly
1.7 Future Development Trends of Industrial Precision Optical Market
1.7.1. Industrial precision optics will become an important development direction in the field of precision optics
1.7.2. Further integrated development of multidisciplinary and multi-field technologies
1.7.3. Industrial precision optical applications continue to expand and deepen
2. Overview of Industrial Precision Optical Sub-market Applications
2.1 Semiconductor Equipment Application Market (mainly semiconductor testing equipment and lithography machines)
2.1.1 Analysis of industrial applications of industrial-grade precision optics in the semiconductor equipment field
(1) Semiconductor testing equipment industry
(2) Lithography Machine Industry
2.1.2 Semiconductor Market Size Analysis
2.1.3. Analysis of the Market Scale of Semiconductor Testing Equipment
2.1.4 Analysis of the Market Size of Lithography Machines
2.1.5. Industrial-grade precision optical market size in the semiconductor testing equipment field
2.1.6. Competitive landscape of industrial-grade precision optics in the semiconductor equipment sector
2.2. Life Science Application Market
2.2.1 Analysis of industrial applications of industrial-grade precision optics in the field of life sciences
(1) Gene sequencing
(2) Oral medical devices
2.2.2 Market Size Analysis in the Life Sciences Field
2.2.3. Market Scale Analysis in the Field of Oral Medical Devices
2.2.4. Analysis of the industrial-grade precision optical market scale in the field of life sciences
2.2.5 Analysis of the market competition landscape for industrial precision optics in the field of life sciences
2.3 AR/VR Application Market
2.3.1 Analysis of industrial applications of industrial-grade precision optics in AR/VR fields
2.3.2 Analysis of the market scale in AR/VR
2.3.3. Analysis of the industrial-grade precision optical market size in the AR/VR field
2.3.4 Analysis of the market competition landscape for industrial-grade precision optics in the AR/VR field
2.4 Aerospace Application Market
2.4.1 Analysis of industrial applications of aerospace-grade precision optics
2.4.2 Analysis of the market scale in the aerospace field
2.4.3 Analysis of the industrial-grade precision optical market size in the aerospace field
2.4.4 Analysis of the market competition pattern in industrial-grade precision optics in the aerospace field
2.5. Autonomous Driving Application Market
2.5.1 Analysis of industrial applications of industrial-grade precision optics in the field of autonomous driving
2.5.2. Market Size Analysis in the Autonomous Driving Field
2.5.3. Analysis of the industrial-grade precision optical market size in the field of autonomous driving
2.5.4 Analysis of the market competition landscape for industrial-grade precision optics in the autonomous driving field
2.6 Biometric Application Market
2.6.1 Analysis of industrial applications of industrial-grade precision optics in the field of biometrics
2.6.2 Market Size Analysis in the Biometric Field
2.6.3. Analysis of the industrial-grade precision optical market size in the biometric field
2.6.4 Analysis of the market competition landscape in industrial precision optics for biometric identification
