Following the Light, Creating the Future | A Complete Record of the Highlights of 2025

Time flies, and the year 2025 is drawing to a close. For us, it has been a year of hard work and fruitful results. Under the strategic guidance of the Party and the State's strong support for high-tech emerging industries, and relying on the solid industry-university-research foundation of Zhejiang University, Jingnaike Optoelectronics, together with Yucheng Photosensing, has achieved comprehensive development from in-depth technological cultivation to market validation.

Relocation and Exhibition: Two-pronged Approach

In the warm spring of March, we achieved two major successes. At the beginning of the month, Jingnaike Optoelectronics officially relocated to its new industrial park in Yuhang Economic Development Zone. This is not only an upgrade in physical space, but also symbolizes a significant leap forward in our R&D and service capabilities, laying a more solid foundation for future development. Concurrently, we participated in the 2025 Munich Shanghai Photonics Exhibition, showcasing our technological strength and core products such as the FIS4 series. Professor Yang Yongying from Zhejiang University provided authoritative interpretations of the FIS4's four-wave shearing interferometry core technology, attracting considerable attention from industry experts.

Relying on top-tier academic research to forge an engine of innovation

The impact of technology resonates within the academic community. Professor Yang Yongying's team's authoritative work, 'Optical Imaging and Defect Evaluation in Machine Vision,' which embodies more than 20 years of research, has been published by Tsinghua University Press and is a core work of the 'Transformative Optical Science and Technology Series,' a major national publishing project during the 14th Five-Year Plan period.

Professor Yang Yongying delivered three reports at the 2025 Chinese Optical Society Conference, showcasing innovative achievements such as the FIS4 dynamic interferometer, which garnered widespread attention from peers. Her research has provided important theoretical references for the industry's development.

Tackling core technologies and verifying extreme performance

Innovation goes beyond single-point breakthroughs. We released the 'FIS4 + SLM (Spatial Light Modulator)' integrated solution, achieving closed-loop control throughout the entire process from wavefront detection and analysis to real-time correction. This solution provides a powerful 'turnkey' tool for cutting-edge research such as adaptive optics and laser shaping, opening a new chapter in system-level empowerment.

Addressing the core pain points in industrial settings, we have launched a dual solution for high-precision objective wavefront detection, overcoming traditional challenges such as environmental vibration sensitivity and complex assembly and adjustment with an original approach. The FIS4 series wavefront sensors, a completely domestically developed product, boast core performance consistency exceeding 99% with top international products, truly achieving a leap from 'usable' to 'easy to use,' and from 'following' to 'on par.'

At the year's end, we challenged the limits. Under the dual harsh conditions of an ultra-long distance of 35 meters and a strong vibration environment with an amplitude of 20Hz/80μm, the FIS4 wavefront sensor still maintained nanometer-level stable measurement capabilities, demonstrating strong engineering practicality and environmental adaptability, and marking an exclamation point for the year's technological journey!

Saying goodbye to 2025 and embarking on 2026

Behind every shining moment lies the trust and support of every customer and partner. From the blueprint laid out at the start of the new year to the ultimate verification at the end of the year, every step we have taken has been solid and determined.

Looking ahead to 2026, Jingnaike Optoelectronics, together with Yucheng Optoelectronics, will continue to uphold its original aspiration of 'empowering intelligent detection with optics and continuously creating added value for customers,' adhere to the development path of being both 'politically sound and professionally competent,' keep pace with national development, continuously tackle core technologies in optical sensing, and contribute professional strength to helping my country achieve high-level scientific and technological self-reliance.