近日，中国科研团队成功实现世界首例人形机器人双手协同缝纫操作，标志着我国在具身智能与精密操作领域取得重大突破。该人形机器人由国内某顶尖人工智能实验室研发，通过高精度力控系统、多模态感知融合和仿生手臂结构，实现了对柔性织物的稳定抓取、穿针引线及连续缝合动作。整个过程无需人工干预，机器人可自主识别布料边缘、调整针距并完成高质量缝纫任务。这一成果不仅展示了人形机器人在非结构化环境下的精细操作能力，也为未来其在服装制造、医疗护理、家庭服务等场景的应用奠定技术基础。专家指出，双手协同作业是衡量人形机器人智能化水平的重要指标，此次突破意味着中国在通用机器人核心技术上正加速追赶甚至引领全球发展。
Recently, a Chinese research team has successfully achieved the world’s first instance of a humanoid robot performing bimanual sewing—a significant breakthrough in embodied intelligence and precision manipulation. Developed by a leading domestic AI laboratory, the humanoid robot utilizes a high-precision force control system, multimodal perception fusion, and biomimetic arm structures to stably grasp flexible fabrics, thread a needle, and execute continuous stitching—all without human intervention. The robot autonomously identifies fabric edges, adjusts stitch length, and completes high-quality sewing tasks. This achievement not only demonstrates advanced fine motor skills in unstructured environments but also lays a technical foundation for future applications in garment manufacturing, healthcare assistance, and domestic services. Experts note that bimanual coordination is a key benchmark for assessing the intelligence level of humanoid robots, and this milestone indicates China is accelerating its pace—and potentially taking the lead—in core general-purpose robotics technologies.
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