Recently, the "5th World Photonics Congress 2024" was grandly held at the Beijing National Convention Center. The "Near Single-Mode 2000W Green Light Fiber Laser" project developed and launched by Gongda Laser won the Silver Award at the World Photonics Congress Invention Exhibition.

This conference is co-organized by the Chinese Society for Optical Engineering (CSOE), the International Society for Optical Engineering (SPIE) and other organizations.

At the same time, in order to build an international exchange platform for the transformation of scientific and technological achievements and promote the transformation and application of scientific and technological achievements, the organizing committee organized the establishment of the "2024 Fifth World Photonics Conference Invention Exhibition", which is not limited in form or theme, and can give full play to the creativity of scientific researchers, showcase self-research results, exchange academic ideas, and seek business opportunities.

Gongda Laser, as a corporate R&D team, was invited by the Chinese Society of Optical Engineering to participate in this invention exhibition. For the first time, it demonstrated its newly released near-single-mode 2000W continuous green light fiber laser on site, attracting many guests and audiences to stop and learn more during the conference. 

During the event, more than 10 academicians and participating experts including Zhang Guangjun, Lv Yueguang, Guo Guirong, Wang Shafei, Su Donglin, Luo Xiangang, Zheng Wanhua, Zhang Baodong, Li Detian, and Sun Shengli visited the exhibition area and scored the invention products on site. After the event, a list of outstanding inventions was compiled and an honorary certificate was issued - Gongda Laser won the Sillver Enterprise.

After participating in this event, Gongda Laser clearly realized that enterprises need to have strong technical strength and an innovative spirit of pursuing excellence, so that the scientific research results of the enterprise can be effectively transformed and applied.