A delegation led by Sun Zhenrong, President of the Shanghai Academy of Sciences, visited IDONANO | Focusing on the innovation of domestically produced high-end X-ray diffractometers and jointly exploring the industrialization of scientific instruments.
Recently, a delegation led by Sun Zhenrong, Deputy Secretary of the Party Committee and President of the Shanghai Academy of Sciences, and Ms. Zhao Suli, Project Manager of the Shanghai Science and Technology Commission, visited IDONANO Nanotechnology (Shanghai) Co., Ltd. for research and exchange, gaining an in-depth understanding of the company's latest progress in the research and development, product layout, and industrialization of domestically produced high-performance X-ray diffractometers.
Dr. Yang Lintao, CEO of IDONANO Nanotechnology, Dr. Zhang Ke, Engineering and Technology Director, and other team members participated in the exchange, and gave a detailed introduction to the company's development history, core technology research and development, product system construction, industrial application layout, and future development plans.
Focusing on the R&D of domestically produced high-end X-ray diffractometers, showcasing phased innovative achievements
During the exchange, the IDONANO team introduced to Dean Sun Zhenrong and his delegation the company's technical R&D work surrounding domestically produced high-performance X-ray diffractometers, and highlighted the N3 series benchtop X-ray diffractometer, as well as the N8 DiffraX X-ray diffraction platform for characterizing advanced materials and complex samples.
Dr. Yang Lintao, CEO of the company, introduced that since its establishment, IDONANO has continuously focused on the localization of high-end X-ray diffraction instruments, and carried out technological research and development around the material structure analysis needs of key industries such as advanced materials, semiconductors, and new energy.
Addressing the application needs of key material structure analysis, thin film and complex structure system characterization in advanced semiconductor manufacturing processes, the company focuses on promoting the development of the N8 DiffraX platform for semiconductor metrology, and is carrying out technological breakthroughs in key areas such as high-resolution X-ray optical systems, precision motion control, high-performance detection technology and intelligent data analysis, exploring the development path of domestic high-end semiconductor material analysis and metrology equipment.
During the visit, Dean Sun Zhenrong and Ms. Zhao Suli toured the **IDONANO R&D Center, Instrument Assembly**, and **Production and Debugging Workshop**, gaining a detailed understanding of the company's product development process, engineering manufacturing capabilities, system integration, and overall instrument verification process.
Adhering to Independent Innovation, Promoting the Industrialization of Domestic Scientific Instruments
Dr. Yang Lintao introduced that since its establishment, IDONANO has adhered to a dual focus on independent R&D and engineering innovation, continuously investing in key areas such as X-ray diffractometer core technology, precision mechanical systems, detector applications, automated control, and intelligent data analysis.
The company has now formed a product portfolio covering benchtop high-performance X-ray diffractometers, automated diffraction platforms, and products for advanced materials and semiconductor applications, continuously promoting the development of domestically produced high-end scientific instruments from technological R&D to industrial application. Dr. Yang Lintao stated that the localization of high-end scientific instruments is not merely about equipment replacement, but also requires the coordinated development of core technologies, engineering manufacturing, application services, and the industrial ecosystem. In the future, Aidu Nano will continue to focus on key areas such as new energy, semiconductors, and advanced materials, strengthening technological innovation and application expansion.
Affirming Innovative Achievements and Exploring Cooperation Directions for Intelligent Scientific Instruments
During the research visit, Dean Sun Zhenrong and his delegation learned in detail about IDONANO development history, technological accumulation, and product industrialization progress. They affirmed the company's achievements in the R&D, engineering implementation, and market application expansion of domestically produced high-performance X-ray diffractometers since its establishment more than two years ago.
Dean Sun Zhenrong stated that the Shanghai Academy of Sciences has long focused on key areas such as next-generation information technology and intelligent technology, biomedicine and future health, scientific instruments and high-end equipment, and new materials and advanced manufacturing, and is committed to the R&D of key common technologies and the transfer and transformation of scientific and technological achievements. Dean Sun Zhenrong expressed his hope that Edono Nano could leverage its technological expertise in X-ray diffractometer R&D, engineering design, and industrialization to conduct deeper explorations in the field of intelligent scientific instruments. He also hoped for strengthened cooperation with Shanghai Instrument Innovation Port, focusing on precision machining, intelligent algorithms, data analysis, and instrument automation to jointly promote the innovative development of high-end scientific instruments.
Building a Scientific Instrument Innovation Ecosystem Based on the Shanghai Instrument Innovation Port Platform
Shanghai Instrument Innovation Port Technology Co., Ltd. is an important platform for the innovative development of the scientific instrument industry in Shanghai. Led by the Shanghai Academy of Sciences and jointly built with relevant industry resources, it focuses on key technology R&D,成果转化 (technology transfer), industrial collaboration, and resource sharing in scientific instruments, aiming to construct a full-chain innovation ecosystem encompassing "technology R&D—成果转化—industrial incubation." In the future, EduNano will actively explore cooperation opportunities with innovation platforms such as the Shanghai Academy of Sciences and Shanghai Instrument Innovation Port, combining its accumulated experience in X-ray diffractometer R&D, engineering manufacturing, and industrial application to strengthen industry-academia-research collaborative innovation and promote breakthroughs and commercialization of key technologies for domestically produced scientific instruments.
Continuously Breaking Through Key Technologies to Support the Development of Domestic Scientific Instruments
As an innovative enterprise in the field of domestically produced high-end X-ray diffractometers, IDONANO continues to focus on independent R&D of core technologies, promoting the application of X-ray diffraction technology in advanced materials, new energy, semiconductors, and biomedicine.
In the future, the company will continue to strengthen the R&D of high-performance X-ray optical systems, intelligent data analysis, automated control, and semiconductor-specific measurement technologies, promoting the development of domestically produced scientific instruments towards high performance, intelligence, and industrialization, and contributing to the independent innovation of high-end scientific instruments in my country.
