A skyscraper rises from the ground, and ingenuity is revealed in every detail. At 9:00 on July 12, 2025, the grand topping-out ceremony of Changjin Photonics' High-performance Special Optical Fiber Production Base and R&D Center Project was held, marking a phased victory in the project construction. Senior leaders of Changjin Photonics, leaders of the general contracting unit China Electronics System Engineering No.2 Construction Co., Ltd., partners from all parties, and representatives of internal employees attended the ceremony to witness this important moment!

At the ceremony, Mr. Liu, General Manager of Changjin Photonics, delivered a speech on stage, stating that the smooth topping-out of the Changjin Photonics project is attributed to the participating parties including the construction unit, the construction company, and the supervision unit, which attach importance to details, strictly control the quality, and put the building quality in the first place. In the future, we will continue to increase investment and keep exploring, so as to make our modest contribution to the development of the optoelectronic information industry in Wuhan.

Amidst rounds of applause, the ceremony reached its most exciting moment. Witnessed by all attendees, leaders from Changjin Photonics and the construction unit jointly cut the ribbon for the ceremony, announcing the successful completion of the main structure of the project.

Changjin Photonics is a high-tech enterprise mainly engaged in the research and development, production and sales of special optical fibers, and has always been committed to the original intention and has a strong sense of mission and responsibility to constantly pursue excellence. In the construction process of this project, from a blueprint to the golden top, brick by brick and tile precision casting, it reflects Changjin people's pursuit of excellent quality. Starting from this capping, Changjin Photonics will continue to promote technological innovation and industrial upgrading at the "speed of light" and contribute to the field of optical fibers.