Shunheng Intelligent's Humanoid Robot SynDexy C1 Completes First Small-Batch Delivery
Shunheng Intelligent's self-developed dexterous manipulation humanoid robot SynDexy C1 has completed its first small-batch delivery and will be used for precision assembly processes at customer factories in consumer electronics and electronic components. In prior testing, the success rate for key tasks exceeded 98%. The robot is equipped with self-developed visual-tactile sensors and the visual-tactile-force tri-state fusion manipulation model SynDexy M1, has 22 degrees of freedom across its body, and supports 1-millisecond real-time motion control. It took only 6 months from the start of R&D in April 2026 to delivery in October.
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Today, SynDexy announced that its self-developed dexterous manipulation humanoid robot, SynDexy C1, has completed its first small-batch delivery. The product has officially moved from R&D validation to a new stage of engineering delivery and scenario application, further advancing the commercialization of embodied intelligence in industrial manufacturing.
The robots delivered this time will be used in precision assembly processes at customer factories in the consumer electronics and electronic components sectors. Such processes impose extremely high requirements on precision and stability. In previous tests, SynDexy C1 achieved a success rate of over 98% on key tasks, demonstrating its application potential for fine industrial manipulation scenarios.
As SynDexy's first dexterous manipulation humanoid robot, the biggest feature of SynDexy C1 lies in its integration of visual-tactile perception capabilities. At the hardware level, it is equipped with self-developed visual-tactile sensors featuring micron-level spatial resolution, high-dynamic fine perception, and excellent robustness and stability, providing real-time perceptual input for the robot's dexterous grasping and flexible manipulation. At the model level, it is equipped with the world's first visual-tactile-force tri-state fusion manipulation model, SynDexy M1, which enhances the robot's perception and understanding in real environments through deep fusion of vision, touch, and force. The robot has 22 degrees of freedom across its body and can achieve 1-millisecond high-real-time motion control. Relying on an integrated software-hardware design, SynDexy C1 targets high-precision industrial manipulation tasks, effectively improving fine manipulation capabilities and system iteration efficiency.
From the start of R&D to small-batch delivery, SynDexy C1 took only 6 months: R&D began in April 2026, the first-generation prototype was completed in July, and small-batch delivery was achieved in October. Behind this rapid iteration is the company's adherence to the development philosophy of "coming from scenarios, going into production lines"—from initial product definition to technology development, real production-line deployment needs have always been treated as hard targets.
This delivery is an important milestone for SynDexy in advancing the industrialization of embodied intelligent robots. In the future, the company will continue to focus on high-precision dexterous manipulation in industry, driven by real industrial needs, promote the coordinated development of technology R&D, product delivery, and scenario application, and accelerate the deployment of embodied intelligence in industrial precision manufacturing.
About SynDexy
SynDexy is a full-stack embodied intelligence company focused on high-precision dexterous manipulation in industry. Founded in 2025 and headquartered in Beijing, the company targets high-precision manufacturing scenarios such as consumer electronics, semiconductor micro-components, and automotive parts, and has built integrated software-hardware self-development capabilities spanning robot bodies, visual-tactile perception, and embodied manipulation models. It is committed to enabling robots to enter the real industrial world and become reliable productivity.
Targeting industrial precision manufacturing scenarios, SynDexy has built a high-performance embodied intelligence platform for precision manipulation: the self-developed dual-arm wheeled humanoid robot SynDexy C1; self-developed visual-tactile sensors and multimodal perception algorithms featuring micron-level spatial resolution, high-dynamic fine perception, and excellent robustness and stability, providing real-time perceptual input for the robot's dexterous grasping and flexible manipulation. The world's first visual-tactile-force tri-state fusion manipulation model, SynDexy M1, continuously enhances the robot's perception, understanding, and fine manipulation capabilities in real environments.
SynDexy's Chief Scientist, Professor Fang Bin, is a professor at the School of Artificial Intelligence, Beijing University of Posts and Telecommunications. He has focused on embodied intelligence perception, interaction, and dexterous manipulation research for more than ten years and is one of the early explorers and leaders in this field in China. The company's core R&D team comes from universities such as Tsinghua University, Beihang University, Harbin Institute of Technology, and Beijing University of Posts and Telecommunications, as well as technology companies such as Huawei, DJI, and Tencent. R&D personnel account for more than 90% of the team.
In the future, SynDexy will continue to deepen its work in the robot dexterous manipulation track, strengthen full-stack technical capabilities in bodies, perception, data, and models, and promote robots to undertake complex and fine tasks in more real industrial scenarios.
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