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10亿美元!优必选,大消息!

Core Insights - International long-term capital is investing in China's leading humanoid robot company, UBTECH, with a strategic partnership agreement worth $1 billion signed with Infini Capital [1][2] - This collaboration signifies international patient capital's long-term optimism towards China's humanoid robot industry, following the involvement of the world's largest sovereign wealth fund in UBTECH's placement [1] Financing and Strategic Cooperation - Infini Capital's high-tech fund will provide UBTECH with a total strategic financing credit line of $1 billion, which includes participation in placements, subscription to convertible bonds, and cash withdrawal rights [3] - The partnership aims to enhance UBTECH's industrial layout capabilities and includes plans for Infini Capital to increase its stake in UBTECH to a maximum of 5% [3] - Both parties will collaborate to invest in the humanoid robot supply chain and assist UBTECH in establishing a presence in the Middle East, including setting up a joint venture and a super factory [3] Company Performance and Growth - UBTECH reported a revenue of 621 million yuan for the first half of 2025, representing a year-on-year growth of 27.5%, with a gross profit of 217 million yuan, up 17.3% [6] - The company is accelerating the delivery of humanoid robots, with plans to deliver 500 industrial humanoid robots within 2025 [6] - UBTECH's focus on research and development in embodied intelligent humanoid robots has led to significant advancements, including the development of the Co-Agent technology for collaborative tasks [6][7] Technological Innovations - UBTECH is committed to advancing key technologies such as humanoid brain simulation, high-performance actuators, and multimodal interaction technologies [7] - The latest generation of industrial humanoid robots, Walker S2, features enhanced task planning, dexterous operation, navigation, and human-robot interaction capabilities [7] - UBTECH has pioneered a hot-swappable autonomous battery replacement system for humanoid robots, allowing for continuous operation and redefining energy management paradigms [8]