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Synomebio Showcases Innovative Products at the China International Technology Fair as Shanghai Municipal Leaders Visit the National Innovation Center's Exhibition Booth

Jun.20.2026

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Source: Yangtze River Delta National Innovation Center

The 11th China (Shanghai) International Technology Fair, hosted by the Shanghai Municipal People's Government, grandly opened on June 11. Shanghai Mayor Gong Zheng and other officials visited the exhibition area showcasing the achievements of integrated science and technology innovation through regional collaboration in the Yangtze River Delta, organized by the Yangtze River Delta National Innovation Center, and listened to a report by Liu Qing, Director of the Center.

Before the opening ceremony of the China International Technology Fair, Shanghai Mayor Gong Zheng toured the exhibition venues with Chinese and international guests. During the tour, Mayor Gong and his delegation visited the exhibition area showcasing the achievements of integrated science and technology innovation through regional collaboration in the Yangtze River Delta, organized by the Yangtze River Delta National Innovation Center. Liu Qing, Director of the Center, briefed Mayor Gong on the Center's overall development, highlighting its coordinated technology planning in the aerospace sector, the nanometer-level precision ultra-precision air-bearing platform (UPSS) in the integrated circuit sector, and the desktop XAFS spectrometer, a desktop-scale atomic-resolution microscopic probe for high-end equipment applications. He also provided a detailed introduction to the Center's efforts to build a global innovation network and foster innovative cooperation with foreign-funded institutions.

More than 40 exhibits from over 30 R&D platforms and high-tech companies within the organizational system of the Yangtze River Delta National Technology Innovation Center were showcased at the fair. Four themed exhibition zones were established, covering artificial intelligence, integrated circuits, biomedicine, and digital intelligent manufacturing, green energy, and engineering equipment, to present the innovation achievements and case studies of science and technology integration across the Yangtze River Delta. Numerous flagship exhibits attracted professionals from research institutions, universities, enterprises, and other sectors for exchanges and collaboration, thanks to their cutting-edge technological breakthroughs, innovative application scenarios, and significant market potential.

Artificial Intelligence

Shanghai Jushi Intelligent Technology Co., Ltd., supported by the Yangtze River Delta National Technology Innovation Center, showcased insightOS, a general-purpose embodied intelligence operating system designed for robotic applications. The system features core capabilities including real-time perception and scheduling, autonomous task planning, cross-platform compatibility, and intelligent collaborative control. It will be widely applied across industrial ecosystems such as intelligent manufacturing, intelligent education and practical training, smart agricultural operations, and smart homes and services, with the aim of advancing robots from being controllable to autonomous and from demonstrations to industrial applications.

Integrated Circuits

Donghong Xinguang (Shanghai) High-Tech Co., Ltd., incubated and supported by the Yangtze River Delta National Technology Innovation Center, has developed miniaturized, low-cost, high-performance optical spectral sensing devices. These devices adopt an internationally pioneering architecture that combines optomechanical micro-scanning with precise negative-feedback control, offering high reliability, high precision, high detection sensitivity, and an excellent signal-to-noise ratio. Their applications include the detection of hazardous chemicals and gases, fire safety monitoring, and drug identification in the public safety sector; air and water quality monitoring in environmental protection; blood and body fluid analysis in healthcare and biomedicine; and consumer electronics such as smartphones and smartwatches.

Biomedicine

The Institute of Intelligent Medical Information Technology exhibited an AI-assisted system for early prediction of cerebral palsy in high-risk infants. Using machine vision-based human skeletal recognition technology, the system enables continuous, objective, and quantitative assessment, analysis, and classification of videos capturing the general movements of high-risk infants, facilitating early identification of developmental risks. The institute has also developed an intelligent assessment system that can rapidly and accurately predict the risk of developmental delays in high-risk infants. The Institute of Advanced Ultrasound Technology showcased an innovative wearable ultrasound device for gout treatment. Using low-intensity focused ultrasound technology, the device precisely controls the depth and range of energy focusing to provide rapid pain relief and accelerate the metabolism of urate crystals. By combining precise localization with targeted treatment, it improves treatment accuracy and safety while addressing the limitations of existing treatments, including drug side effects and long treatment cycles, thereby filling a gap in domestic technology. The device harnesses the biological effects of ultrasound, including thermal, mechanical, and cavitation effects, to promote blood circulation within joints, increase local blood supply, improve metabolism, alleviate inflammation and pain, and accelerate tissue repair and recovery. Compact and flexible, the device can be used at home and in combination with medication to achieve synergistic effects. It also has a broad treatment range and is suitable for treating gout in various parts of the body.

Synomebio (Shanghai) Co., Ltd. showcased its latest innovation, the world's first rapid test kit for 2′-fucosyllactose (2′-FL). The kit enables efficient quantification of 2′-FL in various samples, including infant formula, breast milk, dairy products, and fermentation broths. Its testing throughput is more than 100 times higher than that of conventional methods. The product offers high accuracy, high sensitivity, and high specificity, with broad market prospects.

Nantong Weizhen Pharmaceutical Technology Co., Ltd. showcased applications of microneedle delivery technology in skincare, beauty, drug delivery, and other fields. In skincare and beauty, microneedle patches deliver active ingredients, such as whitening and anti-wrinkle agents, directly into the deeper layers of the skin, significantly enhancing skincare efficacy. For chronic disease treatment, the company has developed long-acting sustained-release microneedle patches that enable continuous and stable drug release, reduce dosing frequency, and improve patient adherence to treatment. The company can customize and adjust microneedle materials, dimensions, and drug or active ingredient loading according to different application scenarios. Its current production capacity has reached 100,000 microneedle patches per day, and its GMP compliance has passed third-party audit and certification.

Intelligent Manufacturing

The Shanghai Intelligent Manufacturing Functional Platform showcased an ultrasonic thickness measurement sensor. Addressing the demand for intelligent inspection in high-end manufacturing, the system integrates hardware module redesign, embedded algorithm porting, and upgrades to numerical control interaction modes to create nondestructive testing equipment that can be integrated into CNC machine tools and robotic arms. The product overcomes the limitations of conventional coupling methods and offers a thickness measurement range of 0.5–100 mm, an accuracy of ±0.01 mm, and adaptability to highly curved surfaces, placing its performance at the international forefront. In aerospace, the sensor can precisely measure complex curved surfaces and thin-walled structures in critical components such as aircraft fuselages and wings. In the petrochemical industry, it can measure the wall thickness of equipment such as pipelines and storage tanks in real time and with high accuracy, providing a scientific basis for equipment maintenance and inspection and helping prevent leaks and explosions caused by wall thinning. In automotive manufacturing, it can be used to inspect the thickness of vehicle body panels, engine components, and other parts to ensure product quality meets standards. Shanghai Tianyu Optical Communication Technology Co., Ltd. has developed a spaceborne edge computing platform for real-time processing, multiplexing, compression, and storage of data collected by visible-light and infrared cameras and other acquisition devices. The platform can also transmit stored data through the data transmission system in a timely manner in accordance with instructions. Through high-speed data transfer between the main processor and coprocessor modules, the platform performs onboard edge computing by using coprocessors to calculate and process large volumes of data from camera payloads.

Green Energy

Yuanshi Energy Technology Co., Ltd., established with support from the Yangtze River Delta National Technology Innovation Center, has developed technologies and equipment for the tiered, value-added utilization of retired wind turbine blades, enabling their performance to be utilized in stages. At outdoor sites, efficient dismantling and integrated processing equipment is used to conduct preliminary processing of the blades into blanks. These blanks are then processed into profiles through an automated precision blade-processing production line. Processing residues are used to manufacture recycled ultra-strong particleboard and recycled plasticized composite materials from wind turbine blades. Once these high-value products reach the end of their service life, they undergo pyrolysis and other treatments. This approach maximizes the utilization of the blades' original superior properties while achieving the greatest possible economic and environmental benefits. Wuhan Xinshui Environmental Protection Technology Co., Ltd. has made a breakthrough in developing high-performance bio-enzyme nanorobot technology and a series of related products, pioneering an integrated solution that combines algae elimination and detoxification. The technology uses specific biological enzymes to precisely recognize and act on algal cell walls or key metabolic enzymes, efficiently breaking down algae and inhibiting their growth and reproduction. Meanwhile, the company integrates the Internet of Things and big data technologies to build an intelligent monitoring system that tracks water quality and algal growth in rivers and lakes in real time. Based on monitoring results, the system intelligently adjusts the dosage and timing of bio-enzyme application to achieve precise algae control. Guochuang Scientific Instruments (Suzhou) Co., Ltd. has successfully developed the world's most advanced desktop-scale atomic-resolution microscopic probe, a desktop XAFS spectrometer. Based on the von Hamos geometry, the instrument uses a high-brightness X-ray source system to generate high-brightness X-rays for sample irradiation. A cylindrically bent crystal analyzer disperses the X-rays, while a position-sensitive area detector rapidly acquires measurement results in a single acquisition. The instrument also incorporates the team's patented high-precision integration technology and multi-stage, high-precision alignment methods to accurately calibrate the positions of key components, ensuring measurement precision. The instrument will be applied in multiple fields, including new energy, catalysis, nuclear materials, and biomedicine, supporting materials R&D optimization, industrial production, and environmental and food safety.

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