-
Jingnaike Optoelectronics and Yucheng Optical Sensing join hands to gather by the side of Qingshan Lake! With a shared focus on light sensing, we embark on a splendid journey together!
With the theme of "Sensing Light, Gathering Strength, Embarking on a Splendid Journey Together", they temporarily left behind their busy offices and production lines to embark on a deep dialogue with nature and each other.
-
Together for Glory, Win-Win Future | Yucheng Optoelectronics Wins Jingnaike Optoelectronics' Best Partner of the Year Award
As we embark on a new journey in the new year, our adventure continues.
-
In 2026, Jingnaike Optoelectronics and Yucheng Optoelectronics embarked on a new journey together!
The team building activity along the Huihang Ancient Trail concluded successfully.
-
Great Power Equipment, Precise Sensing! Jingnaike Optoelectronics joins hands with Yucheng Guanggan to help domestic substitution with cutting-edge technology!
We will transform this patriotism into motivation for overcoming difficulties and continuous innovation, focus on the field of high-end precision testing, and strive to create more and better "China Chips".
-
Successful Batch Delivery of FIS4-UHR
Domestically DevelopedInnovating for Precision MeasurementIn the context of rapi
-
Zernike Optical Technology | Review of the 2025 Hangzhou International Optoelectronic Expo
Exhibition Review The three-day 2025 Hangzhou International Optoelectronics Expo came to a successful conclusion. As an active participant in the exhibition, Zernike Optical Technology has always taken technological innovation as its core driving force and has been deeply engaged in the field of high-end optoelectronic detection and measurement equipment.
-
【Embarking on a New Journey, Moving to Greater Heights】Hangzhou Zernike Optical Technology Celebrates Grand Relocation!
-
Successful conclusion of the 2025 LASER World of PHOTONICS CHINA in Shanghai!
-
Hangzhou Zernike Optoelectronic Nanjing Center Officially Established, Professor Yang Yongying Personally Guides!
-
FIS4-HR-W: The Path to Technological Breakthrough for Domestic Self-developed High-Resolution Wavefront Sensor
Professor Yang Yongying's team at Zhejiang University has been deeply involved in the field of wavefront detection. After nearly 20 years of technological accumulation, they have launched the 100% domestically developed FIS4-HR-W high-resolution wavefront sensor.
-
FIS4-Cell-W Biological Cell Wavefront Sensor
The FIS4-Cell-W biological cell wavefront sensor, developed by a research team led by Professor Yang Yongying from Zhejiang University, leverages years of accumulation in four-wave shearing interference technology to introduce a novel observation approach that is label-free, non-invasive, and high-fidelity.
-
FIS4-UVUltraviolet Wavefront Sensor
In optical detection within the ultraviolet spectrum, traditional wavefront sens
-
FIS4-NIR-C Near-Infrared Wavefront Sensor (Refrigerated Version )
The FIS4-NIR-C near-infrared wavefront sensor (Refrigerated Version ), developed by a research and development team led by Professor Yang Yongying from Zhejiang University, integrates a liquid cooling system based on near-infrared optimization, achieving a dual breakthrough of 'precise measurement + long-term stability'.
-
FIS4-NIR Near-Infrared Wavefront Sensor
The FIS4-NIR near-infrared wavefront sensor, developed by a research and development team led by Professor Yang Yongying from Zhejiang University, is specifically designed for near-infrared application scenarios, making the 'invisible' wavefront clear and measurable.
-
FIS4-UHR-C Ultra-High Resolution Wavefront Sensor (Refrigerated Version )
The FIS4-UHR-C ultra-high resolution wavefront sensor (refrigerated version), developed by a research team led by Professor Yang Yongying of Zhejiang University, integrates a liquid-cooling system on top of ultra-high resolution measurement, achieving a dual breakthrough of 'ultimate accuracy + long-term stability'.
-
FIS4-UHR Ultra-high Resolution Wavefront Sensor
The FIS4-UHR ultra-high-resolution wavefront sensor, developed by Professor Yang Yongying and her research team at Zhejiang University, utilizes four-wavefront lateral shearing interferometry technology. Without the need for a reference mirror, it can acquire bidirectional wavefront information in a single acquisition, enabling real-time measurements with nanometer-level accuracy and a wide dynamic range.
-
FIS4-HR-W High-Resolution Wavefront Sensor
Professor Yang Yongying's team at Zhejiang University has made technological breakthroughs in the core algorithm of four-wave shearing interference, and launched the self-developed FIS4-HR-W high-resolution wavefront sensor
-
For wavefront detection of grating devices, have you tried the FIS4-NIR wavefront sensor?
Accurate, flexible and efficient —— wavefront detection of beam splitting spot of FIS 4-NIR power-assisted grating
CONTACT
7X24小时电话 周一至周六 9:00-18:00
0757-6668-88268
Hangzhou Zernike Optical Technology Co., LTD
Full range of authorized dealers
Jiangsu Yucheng light sense technology Co., LTD
7X24 hours telephone Monday to Saturday 9:00-18:00
180-1280-4887
电话：0757-666888268
传真：0757-666999368
公司地址：佛山市禅城区某某某路同某某莫大厦1208
©2021 版权空气净化机租赁所有
备案号：粤ICP备100000000-1号
©2024 Copyright Jiangsu Yucheng Light Sense Technology Co., LTD
Record number: Su ICP for 2024068497
TEL：18012804887
EMAIL：Dana@zernikeoptics.cn
Address:：Nanjing University Science Park, 8 Yuanhua Road, Xianlin, Qixia District, Nanjing, Jiangsu Province
点击右上角
分享给朋友吧
