科博会如同一面棱镜，折射出北京科创的下一站方向：AI大模型与具身智能的融合或成焦点，随着L3 辅助驾驶商业化落地试点、人形机器人集群在京津冀初现雏形， 智能体与物理世界的交互将重塑制造或医疗服务范式；绿色能源革命亦蓄势待发，氢能储运技术突破与 风光氢储一体化方案，正推动北京向"双碳"标杆城市跃进； 而生物医药领域，基因编辑工具与AI医疗设备的结合，或将催生精准医疗新业态……这些领域的技术 迭代与政策加码，标志着北京正以科创之力，书写属于新时代的首都篇章。 率先布局 具身智能成产业新赛道 走进科博会人形机器人展区，北京人形机器人创新中心展出的"天工2.0"正在模拟工地场景，令人称 奇：面对碎石、斜坡、油污混合的复杂地形，机器人自主切换步态，双电池热插拔系统让其在20秒内完 成能源续接。展区另有多家明星企业同台竞技，正如现场一位科技投资人所说："五年前这些技术还躺 在实验室，如今已真切改变了产业逻辑。" 具身智能作为实现通用人工智能的重要路径之一，已成为科技竞争的新高地、未来产业的新赛道、经济 发展的新引擎，发展潜力大、应用前景广。北京始终面向未来，紧盯人工智能下一代技术前沿，以全球 视野谋划创新布局，以前瞻思路 ...

Core Viewpoint - The orthopedic surgical robot is transforming traditional orthopedic surgery, with domestic companies like Changmu Valley striving to break the foreign monopoly and achieve self-sufficiency in technology [1][4]. Group 1: Technological Advancements - Changmu Valley's AI algorithms can reduce the time for CT imaging annotation from 4-8 hours to just 5-10 minutes, enabling the automatic generation of 3D skeletal models and precise identification of pathological boundaries [3]. - The ROPA surgical robot has achieved sub-millimeter precision and is set to receive approval from the National Medical Products Administration in 2024, enhancing surgical accuracy and safety [3][4]. - The AIJOINT® system can complete 3D reconstruction and prosthesis matching in 10 minutes, significantly improving pre-surgical simulations and matching rates [4]. Group 2: Market Position and Strategy - Domestic orthopedic surgical robots are breaking the long-standing foreign brand monopoly, with Changmu Valley positioning itself as a leader in the field [4]. - The company aims to leverage China's diverse clinical data and complex patient conditions to enhance the capabilities of its AI surgical robots, potentially leading the global market [4]. - Recent policy initiatives from Beijing's healthcare authorities are facilitating the entry of innovative medical devices into hospitals, benefiting companies like Changmu Valley [5]. Group 3: Future Outlook - Changmu Valley plans to continue its innovation and large-scale production efforts to provide top-tier surgical robots globally [6].