灼识咨询报告显示，仙工智能的产品组合专注于工业部署的AMR（包括移动式机械臂）及人形机器 人。此类机器人与商用服务机器人及其他非工业应用场景中所用机器人存在本质差异，因其需满足严苛 的精密度要求、具备扩展的功能范围，并能适应工业应用中极具挑战性的操作环境。 从近年业绩来看，仙工智能于2022年、2023年、2024年及截至2025年6月30日止六个月，分别录得收入 1.84亿元（人民币，下同）、2.49亿元、3.39亿元及1.58亿元；分别录得毛利8628.9万元、1.22亿元、 1.56亿元及7169.1万元；对应毛利率分别为46.8%、49.2%、45.9%及45.4%。 盈利水平方面，仙工智能于2022年、2023年、2024年及截至2025年6月30日止六个月，分别录得年度/期 间内亏损3226万元、4770.4万元、4230.8万元及5059.2万元。 在今年10月28日至31日举办的亚洲国际物流展上，仙工智能展示了多款新品，包括多款具身智能新品、 升级版星云平台及最新上线的智能机器人、机器人控制系统等。 港交所11月28日披露，机器人大脑公司仙工智能递表港交所主板，中金公司（601995）为其独家 ...

在本届展会上，仙工智能还展出了其与合作伙伴推出的机器狗新品，从现场表现来看，仙工智能机器狗 可轻松应对斜坡、台阶、崎岖路面等复杂环境，其核心能力在于搭载了仙工智能控制系统，集成3D自 主导航与AI强化学习运控算法，赋予机器狗智能化决策和自主行动能力。 10月28日至31日，CeMAT ASIA2025亚洲国际物流展在上海举行，机器人大脑公司仙工智能携多款新品 亮相，包括多款具身智能新品、升级版星云平台及最新上线的智能机器人、机器人控制系统等。 具体来看，仙工智能在本届展会发布搭载其控制系统的X1-PRO以及与合作伙伴合作开发的多款具身智 能机器人新品，覆盖上下料、搬运、检测等工业环节。其中，仙工智能自研开发的X1-PRO采用弯腰结 构与轮式全向底盘，支持45°弯腰操作与缓存搬运，具备40个自由度，单臂7自由度仿生设计，标准负载 6kg，双臂短时负载达16kg。 X2-PRO由仙工智能与合作伙伴星尘智能联合开发，面向实际工业应用的轮式人形机器人整机系统。整 机具备25个自由度，上半身采用星尘智能最新发布的绳驱半身本体Astribot S1-U，下半身采用仙工智能 最新的全向移动平台。 据了解，X2-PRO机器人 ...

Core Insights - The rise of 3D digital humans is transforming content creation and interaction, moving from rigid, scripted avatars to dynamic, responsive entities capable of real-time expression and movement [1][2] - The technology behind 3D digital humans is evolving, with significant advancements in AI and rendering techniques that reduce costs and improve quality [7][36] - The integration of 3D digital humans into various industries, including gaming and film, is expected to grow, with potential applications in customer service and interactive experiences [1][12] Group 1: Technological Advancements - 3D digital humans have progressed from basic, scripted models to sophisticated entities that can generate voice, expressions, and movements in real-time [1][2] - The introduction of models like Sora2 demonstrates the potential for generating human-like actions and interactions, although challenges remain in error correction and precise control [3][5] - The combination of 2D and 3D training techniques is being explored to enhance the expressiveness and accuracy of digital humans [5][7] Group 2: Cost Efficiency - The cost of creating and deploying 3D digital humans is significantly lower than traditional methods, with estimates suggesting costs are a fraction of those associated with large models [7][36] - AI rendering and calculation techniques have enabled the use of inexpensive hardware to run complex 3D models, making the technology more accessible [36][38] - The ability to generate high-quality 3D content without the need for expensive graphics engines or hardware is a game-changer for the industry [36][39] Group 3: Industry Applications - 3D digital humans are being positioned as the next generation of content producers, with applications in live streaming, customer service, and entertainment [2][12] - The technology is expected to bridge the gap between virtual and physical interactions, enhancing user experiences in various sectors [1][12] - The potential for 3D digital humans to be integrated into VR and AR environments opens new avenues for immersive experiences [5][12] Group 4: Data and Model Development - The accumulation of high-quality 3D animation data is crucial for training effective AI models, with the company claiming to have over 1,000 hours of such data [24][25] - The integration of video data with 3D data is being pursued to improve model training and enhance the realism of digital human interactions [25][26] - The development of a "3D action model" is underway, which aims to automate the generation of 3D motion data for robots, further bridging the gap between digital and physical realms [46][48] Group 5: Future Prospects - The company aims to transition from a 3D digital human provider to a platform that enables other developers to create applications using their technology [12][13] - The potential for 3D digital humans to impact the film industry is acknowledged, although challenges in achieving the high-quality standards of Hollywood remain [33][34] - The ongoing evolution of AI and robotics suggests a promising future for the integration of 3D digital humans in various applications, with expectations for significant advancements in the coming years [57][59]