Cui Xiangqun, academician of the CAS Member, and his delegation visited Anhui Actus Technology for exchange and guidance
Release Date:2025-04-27 Source: View count334
|
On April 21, Cui Xiangqun, academician of the CAS Member, and Li Guoping, former secretary of the Party Committee of the Nanjing Institute of Astronomical Optics and Technology, Chinese Academy of Sciences, came to see and guide scientific and technological exchanges. Dr. Li Wei, General Manager of Jianxing Technology, warmly received and gave a report. General Manager Li Wei introduced the company's development history and the research and production status of its leading products, high-precision eddy current displacement sensors, capacitive displacement sensors, and piezoelectric actuators, to Academician Cui and his delegation. He also led a tour of the exhibition hall, laboratory, and production workshop. As the Chief Engineer of the National Major Scientific Engineering LAMOST (Guo Shoujing Telescope) project, Academician Cui and the R&D team of Jianxing Technology had in-depth exchanges on the application practice of precision displacement sensor technology in astronomical equipment. LAMOST is a large aperture and wide field optical telescope, and the only spectral survey project in the world that has released spectra in the tens of millions. It is the first to propose and implement a new active optical technology that combines thin deformable mirrors and spliced mirrors internationally, advancing China's telescope development level to the forefront of the international community and receiving high praise from the international astronomical community. The differential eddy current displacement sensor independently developed by Jianxing Technology can perform real-time attitude detection on large spliced lenses, helping telescopes achieve long-term stable observation. Academician Cui fully affirmed the technological innovation and industrialization work of Jianxing Technology, and provided guidance for the research and development of new products and technologies in the future. Academician Cui pointed out that "the breakthrough of domestically produced precision sensors provides important support for the independent controllability of large scientific devices." She encouraged the Jianxing Technology team to continue to deepen technological innovation and make continuous efforts to improve the reliability of sensors in extreme environments. Li Wei, General Manager of Jianxing Technology, stated that the company will continue to strengthen its independent research and development capabilities and promote the application and landing of sensor technology in more fields.
|
|
On April 21, Cui Xiangqun, academician of the CAS Member, and Li Guoping, former secretary of the Party Committee of the Nanjing Institute of Astronomical Optics and Technology, Chinese Academy of Sciences, came to see and guide scientific and technological exchanges. Dr. Li Wei, General Manager of Jianxing Technology, warmly received and gave a report. General Manager Li Wei introduced the company's development history and the research and production status of its leading products, high-precision eddy current displacement sensors, capacitive displacement sensors, and piezoelectric actuators, to Academician Cui and his delegation. He also led a tour of the exhibition hall, laboratory, and production workshop. As the Chief Engineer of the National Major Scientific Engineering LAMOST (Guo Shoujing Telescope) project, Academician Cui and the R&D team of Jianxing Technology had in-depth exchanges on the application practice of precision displacement sensor technology in astronomical equipment. LAMOST is a large aperture and wide field optical telescope, and the only spectral survey project in the world that has released spectra in the tens of millions. It is the first to propose and implement a new active optical technology that combines thin deformable mirrors and spliced mirrors internationally, advancing China's telescope development level to the forefront of the international community and receiving high praise from the international astronomical community. The differential eddy current displacement sensor independently developed by Jianxing Technology can perform real-time attitude detection on large spliced lenses, helping telescopes achieve long-term stable observation. Academician Cui fully affirmed the technological innovation and industrialization work of Jianxing Technology, and provided guidance for the research and development of new products and technologies in the future. Academician Cui pointed out that "the breakthrough of domestically produced precision sensors provides important support for the independent controllability of large scientific devices." She encouraged the Jianxing Technology team to continue to deepen technological innovation and make continuous efforts to improve the reliability of sensors in extreme environments. Li Wei, General Manager of Jianxing Technology, stated that the company will continue to strengthen its independent research and development capabilities and promote the application and landing of sensor technology in more fields.
|
