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Yongxin Optics: Launch of the "Multimodal Nanoresolution Microscope" Project

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2025-04-10 11:48:49

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Recently, the launch and implementation plan demonstration meeting of the "Multimodal Nano Resolution Microscope" project led by Ningbo Yongxin Optics Co., Ltd. was successfully held in Ningbo. This is the fourth time Yongxin Optics has led a national key research and development plan project and received support, indicating that the company's ability to undertake national level technological research and development tasks, solve scientific instrument problems of national key concern, and serve major national development strategies has been further enhanced.

It is reported that the "Multimodal Nanoscale Resolution Microscope" project focuses on the demand for cross scale observation of in situ cellular nanostructures, and is committed to breaking through the optimization problems of imaging resolution, depth, and field of view synergy. Ultimately, a multimodal microscopy imaging system combining sub 2nm three-dimensional single-molecule localization with 60 μ m deep living cell super-resolution has been developed.

From the continuous research and development of high-resolution microscopy systems during the 13th Five Year Plan period and super-resolution microscopy systems during the 14th Five Year Plan period, to the in-depth breakthrough of multimodal nanoscale resolution microscopy, Yongxin Optical products have achieved a full range of coverage from 200nm observation to sub nanometer level positioning.

According to relevant personnel from Yongxin Optics, in the future, the company will continue to serve the national strategic orientation, consciously fulfill the mission of high-level technological self-reliance and self-improvement, continuously pursue technological innovation and breakthroughs in the field of ultra-high resolution microscopy imaging, and provide new impetus for the innovative development of China's high-end microscopy scientific instrument industry.

Source: opticsky

Yongxin Optics: Launch of the "Multimodal Nanoresolution Microscope" Project

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