"我们以云原生、AI原生平台为基础，集成人形机器人、AMR自主移动机器人、四向穿梭车等智能物流设备，构建了存储、分拣、调度、搬运一体的解决方 案，实现仓库操作的优化，大大提高了物流作业效率和准确性。"中联重科中科云谷相关负责人介绍道。 近年来，中联重科深度融合人工智能、工业互联网、智能制造技术及智能装备，创新开发智能控制算法与数字化系统，突破了行业"多品种、小批量"重型装 备混流生产难题，实现从下料、焊接、涂装、装配到调试的全流程智能制造，打造了独特的工程机械协同共享智能工厂集群，为工程机械树立智能制造新范 式。2025年，中联重科挖掘机共享制造智能工厂成功入选全国首批领航级智能工厂项目培育名单，以领航实力树立智造标杆。 在这场"国之重器"的盛会中，中联重科用自主研发的硬核成果证明，中国制造已迈入高质量发展的新阶段。未来，随着人形机器人等创新成果的广泛落地， 中联重科将持续以技术创新为引擎，在助力制造强国建设的征程上续写更多"中国智造"的精彩篇章。（李家宇） 图为中联重科人形机器人与智慧仓储物流整体解决方案展示 据悉，"筑基强国路——中国制造'十四五'成就展"由中国国家博物馆、工业和信息化部新闻宣传中心共同举 ...

长沙晚报掌上长沙12月31日讯（全媒体记者 周辉霞 通讯员 李家宇）展现"十四五"时期我国制造业高质 量发展的国展"筑基强国路——中国制造'十四五'成就展"近日在中国国家博物馆正式开幕。由长沙中联 重科自主研发的人形机器人与智慧仓储物流整体解决方案，作为智能制造的标杆性成果精彩亮相，在国 家级舞台上尽显中国智造的领航实力。 "筑基强国路——中国制造'十四五'成就展"由中国国家博物馆、工业和信息化部新闻宣传中心共同举 办，汇集全国重点省（区、市）150余家单位的300多件优质展品，通过高端制造、产业基础、智能制 造、绿色制造、融合发展、美好生活等六部分，全景呈现"十四五"期间中国制造蓬勃发展的历程。历经 各级展览专家评审委员会90多天的严格评审，中联重科自主研发打造的人形轮式机器人与智慧仓储物流 整体解决方案成功入选。 走进智能制造部分传送环节展区，中联重科人形机器人前的观众络绎不绝。据介绍，它融合了AI视觉 识别、激光导航与柔性抓取等领先技术，搭载自主研发核心算法，支持多规格、多品类货物快速识别分 拣，分拣准确率可达99.9%，适配电商、快递、生鲜、制造业零部件等多场景。此外，该款人形机器人 通过模块化设计可 ...

Core Insights - The article discusses the rapid advancements and potential of embodied intelligence in China, highlighting its integration of artificial intelligence and robotics as a key future industry supported by government policies [1][2] - The market for embodied intelligence is projected to reach 400 billion yuan by 2030 and exceed 1 trillion yuan by 2035, indicating significant growth potential [1] Industry Development - The embodied intelligence sector is currently in its early stages, with most applications found in research, education, and simple industrial tasks [1] - Various companies are developing humanoid robots and other forms of embodied intelligence, with significant advancements in core components and algorithms [2][4] - The domestic supply chain for motors, sensors, and controllers is becoming more robust, which could lower production costs and enhance competitiveness [4] Market Dynamics - There is a high influx of capital into the embodied intelligence sector, with several companies securing substantial funding and orders [6][7] - The market is experiencing a structural bubble, with many projects still in the concept validation phase and lacking mature commercial applications [7] Technical Challenges - The industry faces challenges in generalization capabilities, hardware-software integration, and the establishment of standards and regulations [9][13] - Data acquisition for training models remains a significant hurdle, with difficulties in obtaining high-quality real-world data [10][11] Future Directions - Companies are encouraged to focus on core technology breakthroughs, scene-based applications, and supply chain optimization to enhance their market position [7][19] - There is a call for increased foundational research and the development of a domestic, secure operating system for embodied intelligence [18][19]

Core Insights - The company Zhi Ping Fang announced a partnership with Huike Co., Ltd.'s wholly-owned subsidiary Shenzhen Huizhi IoT to deploy over 1,000 embodied intelligent robots in Huike's global production bases over the next three years [1] - The initial application will focus on PCB (Printed Circuit Board) operations, aiming to enhance the efficiency and intelligence of production lines in semiconductor display and smart terminal manufacturing [1] Group 1 - The robots will cover the entire process from warehousing logistics, material handling, component assembly to quality inspection and testing [1] - The Zhi Ping Fang AlphaBot series robots are driven by an end-to-end VLA large model, allowing them to adaptively perform various PCB operations and switch tasks quickly across different scenarios [1] - In addition to PCB operations, the robots will also be utilized in OLED vacuum lamination, consumable management, and waste material recovery [1] Group 2 - The humanoid wheeled robots do not require extensive infrastructure modifications in factory settings, enabling them to navigate narrow passages and operate precision tools designed for human use [1] - This capability reduces deployment costs and integration difficulties [1] - Zhi Ping Fang has already implemented robotic applications in automotive manufacturing, biotechnology, and public services, with its own factory achieving an annual production capacity of over 1,000 units, which officially commenced operations in September [1]