Improve the competitiveness of China's precision optical instruments

The 153th China Engineering Science and Technology Forum with the theme of "Industrialized Development of China's Precision Optical Instruments" was held in Shanghai on December 6th. Related academic experts have conducted in-depth discussions on how to further promote the industrialization of precision optical instruments. It is reported that China has become a major producer of optical instruments in the world. More than half of the world's low-end optical products are manufactured in China. However, compared with developed countries, there are still obvious gaps in the research and industrialization of high-end optical instruments such as super-resolution optical microscopes and nano-scale optical inspection instruments.

At present, China has become a major producer of optical instruments in the world. More than half of the world's low-end optical products are produced in China, especially in the Yangtze River Delta region. Integrate the advantages of talents and resources in the Yangtze River Delta region, seize the opportunity of the current technological upgrading and the rapid development of new materials and new technologies, establish a domestic first-class, internationally advanced research platform for modern optical instruments and systems engineering, and vigorously develop China’s independent intellectual property rights. Products can not only promote the development of China's instrumentation industry, especially the optical instrument industry, but also have important significance for improving China's industrial competitiveness and meeting the needs of the national economy. The 153th China Engineering Science and Technology Forum with the theme of "Industrialized Development of China's Precision Optical Instruments" was held in Shanghai on December 6th. Related academic experts have conducted in-depth discussions on how to further promote the industrialization of precision optical instruments.

Whether it's spectral imaging technology for airport security or medical endoscopy optics, it has become ubiquitous in our lives. Academician Zong Songlin said that compared with developed countries, China still has significant gaps in the research and industrialization of high-end optical instruments such as super-resolution optical microscopes and nano-scale optical inspection instruments. Therefore, national and local government departments at all levels have paid great attention to the development of precision optical instruments and systems, and invested a lot of manpower, material resources and financial resources.

Modern optical technology has become increasingly important in scientific research, defense, industry, agriculture, and energy. Optical displays, optical information recording and storage, and optical communications have become one of the most important pillars of modern high-tech industries. In the development and application of optoelectronic technology, precision optical instruments and systems are the most important components. The design and manufacture of various types of optical instruments, the research and application of new optical systems, test and evaluation methods, and the standard control of product quality standards for optical systems all require the use of high-quality precision optics to produce new types of optical systems to meet the requirements of the national economy. The needs of the application. During the "12th Five-Year Plan" period, the Ministry of Science and Technology launched the "National Special Scientific Instruments Development Project", emphasizing market-oriented, application-oriented, industrial-oriented, and focusing on supporting major sciences including market prospects for precision optical instruments and systems. The development of equipment and equipment will promote its development and promotion more efficiently and rapidly.

Shanghai was once an optical instrument research and manufacturing center in China and even East Asia. The design and manufacture of optical metrology instruments in Shanghai has a leading position in optical mechanics. It is understood that Zhejiang University and University of Shanghai for Science and Technology have respectively established the “National Optical Instrument Engineering Technology Research Center” and “Ministry of Education Optical Instruments and Systems Engineering Research Center” to conduct research on academicians and introduced talents in the field of optical precision optical instruments. Provides an experimental base. Academician experts suggest that we should integrate the Yangtze River Delta resources, seize the opportunity, and rapidly develop the industrialization of precision optical instruments in China.

It is reported that China has become a major producer of optical instruments in the world. More than half of the world's low-end optical products are manufactured in China. However, compared with developed countries, there are still obvious gaps in the research and industrialization of high-end optical instruments such as super-resolution optical microscopes and nano-scale optical inspection instruments. Therefore, national and local government departments at all levels have paid great attention to the development of precision optical instruments and systems, and invested a lot of manpower, material resources and financial resources.

Fan Yuanyuan, Zhu Nenghong, and Ye Shenghua, academicians of the Chinese Academy of Engineering proposed that China's optical instruments should be integrated with the research and manufacturing talents and resource advantages, and seize the opportunity of the current technological upgrading and the rapid development of new material technologies to establish an internationally advanced modern optical instrument and system engineering. Research platform to develop products with China's independent intellectual property rights. This can not only promote the development of China's instrumentation industry, especially the optical instrument industry, but also has important significance for improving China's industrial competitiveness and meeting the needs of the national economy.