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导语：今日，瞬恒智能（SynDexy）宣布，自研灵巧操作人形机器人SynDexy C1完成首次小批量交付。
今日，瞬恒智能（SynDexy）宣布，自研灵巧操作人形机器人SynDexy C1完成首次小批量交付，产品正式从研发验证迈向工程化交付与场景应用新阶段，进一步推动具身智能在工业制造领域的商业化落地。
本次交付的机器人将应用于消费电子、电子元器件领域客户工厂的精密装配工序。此类工序对精度与稳定性要求极高，在此前测试中，SynDexy C1关键任务成功率超过 98%，展现出面向工业精细操作场景的应用潜力。
作为瞬恒智能首款灵巧操作人形机器人，SynDexy C1最大特点，在于融合了视触觉感知能力—— 硬件层面，搭载了自研视触觉传感器，具备微米级空间分辨率、高动态精细感知与优异鲁棒性、稳定性，为机器人灵巧抓取与柔性操作提供实时感知输入；模型层面，搭载全球首创视触力三态融合操作模型 SynDexy M1，通过视觉、触觉、力觉深度融合提升机器人在真实环境中的感知、理解能力；机器人全身拥有 22 个自由度，可实现1毫秒高实时运动控制。依托软硬件一体化设计，SynDexy C1 面向工业高精度操作任务，有效提升了精细操作能力与系统迭代效率。
从研发启动到小批量交付，SynDexy C1 仅用时6个月：2026年4月启动研发，7月完成初代样机，10月即实现小批量交付。快速迭代的背后，是公司坚持“从场景中来，到产线中去”的发展理念——从最初的产品定义到技术开发，始终以真实产线的落地需求为硬性指标。
此次交付是瞬恒智能推进具身智能机器人产业化的重要里程碑。未来，公司将持续聚焦工业高精度灵巧操作，以真实工业需求为牵引，推动技术研发、产品交付与场景应用协同发展，加速具身智能在工业精密制造领域的落地。
关于瞬恒智能
瞬恒智能（SynDexy）是一家聚焦工业高精度灵巧操作的全栈具身智能公司，成立于 2025 年，总部位于北京。 公司面向消费电子、半导体微组件、汽车零部件等高精度制造场景，构建从机器人本体、视触觉感知到具身操作模型的软硬件一体化自研能力，致力于让机器人进入真实工业世界，成为可靠生产力。
面向工业精密制造场景，瞬恒智能打造高性能精密操作具身智能平台：自研双臂轮式人形机器人 SynDexy C1；自研视触觉传感器与多模态感知算法，具备微米级空间分辨率、高动态精细感知与优异鲁棒性、稳定性，为机器人灵巧抓取与柔性操作提供实时感知输入。全球首创视触力三态融合操作模型SynDexy M1，持续提升机器人在真实环境中的感知、理解与精细操作能力。
瞬恒智能首席科学家方斌教授，北京邮电大学人工智能学院教授，专注具身智能感知、交互与灵巧操作研究十余年，是国内该领域的早期探索者与领军者之一。公司核心研发团队来自清华大学、北京航空航天大学、哈尔滨工业大学、北京邮电大学等高校，以及华为、大疆、腾讯等科技企业，研发人员占比 90% 以上。
未来，瞬恒智能将持续深耕机器人灵巧操作赛道，深化本体、感知、数据与模型的全栈技术能力，推动机器人在更多真实工业场景承担复杂精细任务。
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Introduction: Today, SynDexy announced the completion of the first small-volume delivery of SynDex C1, a self-mixed human robot.
Today, SynDexy announced the completion of the first small-volume delivery of the self-research smart-operator human robot SynDexy C1, and the official movement of the product from research and development validation to engineering delivery and the application of new scenarios to further the commercialization of smarts in industrial manufacturing.
The robots in this delivery will be used in the precision assembly and assembly processes of client plants in the consumer electronics, electronic metaware field. Such processes are very demanding for accuracy and stability, and in previous tests, SynDexy C1 key mission success rate exceeded 98 per cent, demonstrating the potential for application to industrial fine operating scenarios.
The greatest feature of SynDexy C1 as the first smart, instant-smart human robot is the combination of visual and sensory abilities. - At the hardware level, a self-research tactile sensor with resolution, high-dynamic fine sense and stasis, stability, real-time sensory input for robots' smart grabs and soft operations; at the model level, a model with the first global three-state integration operation model of visual touchivity, SynDexy M1, to enhance robots' perception and understanding in real-life environments through visual, tactile, and deep-intensity integration; robotics with 22 degrees of freedom to achieve high real-time motion control in 1 millisecond. On the basis of integrated software and hardware design, SynDexy C1 is oriented towards high-precision industrial operations, which effectively enhances precision and system iterative efficiency.
From R & D to small batch delivery, SynDexy C1 took only six months: R & D was launched in April 2026, the primary prototype was completed in July and small batch delivery was achieved in October. Behind the fast-tracking is the firm's adherence to the concept of development “from scene to line” — from the initial product definition to technology development, always with real production line landing demand as a hard indicator.
This delivery was an important milestone in the industrialization of instantaneous intelligence-driven smart robots. In the future, the company will continue to focus on high-precision industrial operations, to be driven by real industrial demand, to promote the development of synergies between technological research and development, product delivery and scenario applications and to accelerate the landing of smarts in the field of industrial precision manufacturing.
About transient intelligence
SynDexy, a high-precision, smart, industrially focused, all-in-a-house smart company, was established in 2025 with its headquarters in Beijing. The company is oriented towards high-precision manufacturing scenes such as consumer electronics, semiconductor micro-assemblies, car parts, and building an integrated self-study capability for software and hardware from robotics, visual senses, and operating models, and is committed to enabling robots to enter the real industrial world and become reliable productivity.
For industrial precision, instantaneous intelligence creates a high-performance, sophisticated operating smart platform: Self-study of double-arm wheeled human robot SynDexy C1; self-study of tasting sensors and multimodular sensor algorithms, with micro-metre-grade space resolution, high-dynamic fine senses and high-morbidity, stability, providing real-time sensor input for robots ' smart grab and soft operations. The global first three-dimensional integration operating model, SynDexy M1, continuously enhances robotic perception, understanding and precision in the real environment.
Professor Fong Bin, Principal Scientist of Perpetual Intelligence, and Professor of Artificial Intelligence at Beijing Post and Telecommunications University, has been one of the country ' s early explorers and leaders in this field for more than 10 years, focusing on smart perception, interaction and smart operation research. The company ' s core R & D team comes from universities such as Tsinghua University, Beijing Aerospace University, Harbin Industrial University and Beijing Post and Telecommunications University, as well as scientific and technological enterprises such as Huacheng, Daejiang and Tencent, with over 90% R & D staff.
In the future, instantaneous intelligence will sustain deep-spreading robotics to operate the track, deepening the in-house technological capabilities of introspective, sensory, data and models, and driving robots to undertake complex and fine tasks in more real industrial scenarios.
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