YOEC At The 15th PHOTONICS CHINA EXPO

YOEC At The 15th PHOTONICS CHINA EXPO

In an era of rapid technological advancement, optoelectronic technology stands as a crucial driver of societal progress, transforming our lives at an unprecedented pace. On July 24, 2024, in Beijing, Yangtze Optical Electronic Co., Ltd. (referred to as "YOEC," Stock Code: 688143), a leader in the optoelectronics field, shone brightly at the 15th PHOTONICS CHINA EXPO. YOEC showcased a full range of innovative products, delivering keynote presentations and engaging in lively on-site interactions to communicate its latest achievements and future outlook to the industry.

At Booth T06 in Hall E1 of the Beijing National Convention Center, YOEC displayed its latest independent innovations and core products in the optoelectronic field. The comprehensive range of fiber optic gyroscope solutions, known for their outstanding performance and broad applications, captivated numerous visitors. These solutions demonstrated YOEC's deep expertise in ultra-small, high-precision fiber coil winding technology. The fiber optic hydrophone solutions underscored YOEC's leading position in the marine monitoring field. Additionally, thermal management solutions and specialty cable systems showcased YOEC's comprehensive strength and innovation in optoelectronic technology.

During the expo, YOEC's Technical Director, Dr. Lian Zhengang, delivered a keynote speech at the fiber optic gyroscope professional conference titled "Development Technology and Testing Platform Construction for High-Performance Fiber Coils." Dr. Lian elaborated on YOEC's latest research advancements in ultra-small, high-precision fiber coil winding technology, highlighting breakthroughs in automated winding, image processing, digital twins, and full-process visual monitoring technologies. He emphasized that with automated winding equipment, YOEC has achieved a precision index of 0.008°/h before full temperature compensation for a 930-meter solid-core polarization-maintaining photonic crystal fiber ring, setting a new industry benchmark. Furthermore, as fiber coil production capacity continues to expand, the team is actively building an efficient and comprehensive fiber coil performance evaluation platform to further enhance product quality and market competitiveness.

To better serve customers, YOEC set up a professional reception team at the expo. The team members, with enthusiasm and professionalism, provided one-on-one consultation services to each visitor, answering questions about product technologies, application scenarios, and cooperation models in detail. YOEC also prepared extensive promotional materials and product samples for customer reference and experience. Through thoughtful service and in-depth interactions, YOEC not only strengthened cooperation with existing customers but also successfully attracted the attention and favor of many potential customers.

The atmosphere at the expo was lively, with YOEC's booth becoming a hotspot for exchanges among visitors. Experts, scholars, corporate representatives, and industry media from various fields gathered here to discuss the latest advancements in optoelectronic technology, market trends, and cooperation opportunities. YOEC's technical staff actively participated, sharing insights and experiences, and establishing broad contacts and cooperation intentions with attendees. This interactive environment not only promoted the exchange and dissemination of optoelectronic technology but also laid a solid foundation for YOEC's future development.

The 15th PHOTONICS CHINA EXPO continues to be exciting, with YOEC gaining significant attention and acclaim from the industry through its outstanding technical prowess, extensive product displays, and thoughtful customer service. YOEC will continue to uphold the philosophy of innovation-driven development, delving deeply into the optoelectronic industry, bringing forth more innovative technologies and products, leading the optoelectronic industry forward, embracing the future, and fulfilling the call to develop a new productive force in national science and technology.