Shanghai Aosha Intelligent Technology

Shanghai Aosha Intelligent Technology (ULS Robotics), founded in 2018 by Xu Zhenhua, operates as a developer of wearable exoskeleton robots designed to enhance human performance and safety. Headquartered in Shanghai, the company provides solutions for industrial, medical, educational, and consumer applications. The business model centers on the development, manufacturing, and sale of these exoskeleton systems, serving a diverse client base that includes the automotive, aviation, logistics, mining, construction, and elder care sectors. Revenue is generated through direct sales of its hardware and customized robotics projects.

Founder and CEO Xu Zhenhua has articulated a vision of making exoskeleton technology smaller, lighter, and more affordable to accelerate mainstream adoption. This strategy involves a significant push from industrial (B2B) applications towards the consumer (B2C) market. The company has secured multiple rounds of funding from investors such as Befor Capital, Guoyi Capital, Future Capital, and K2VC to scale production and advance the integration of artificial intelligence with its hardware. A notable achievement includes providing the mechanical exoskeleton technology for the film "The Wandering Earth 2," which brought significant public attention to the company's industrial-grade products.

ULS Robotics offers a comprehensive product line of powered exoskeletons that cover the upper limbs, lower limbs, waist, and full body. These products, which have received ISO 9001 and CE certifications, are engineered to reduce worker fatigue, prevent musculoskeletal injuries, and increase productivity by providing intelligent power assistance. For instance, the MAPS-E upper-limb exoskeleton assists with lifting, while the FIT-HV and BES-HV lumbar support systems provide AI-powered torque assistance for the user's waist. A key feature across its portfolio is the use of proprietary AI-driven motion control, adaptive learning algorithms, and multi-sensor data fusion to understand user intent and deliver real-time, personalized support. The systems are designed to be user-friendly, allowing users to adapt to the device quickly. The company is also developing consumer-grade models, like the VIATRIX series, for activities such as hiking and to provide mobility assistance for the elderly, with prices aimed at making the technology more accessible.

Keywords: exoskeleton technology, wearable robotics, industrial automation, human augmentation, worker safety, assistive technology, robotics developer, powered exoskeletons, motion control systems, human-machine interaction, manufacturing robotics, logistics robotics, automotive manufacturing, elder care technology, consumer exoskeletons, AI-powered robotics, Shanghai Aosha Intelligent Technology, ULS Robotics, Xu Zhenhua, mobility assistance, physical support systems, injury prevention