 | Multimodal Tactile Perception Real-time acquisition of contact force, surface deformation, and slip trends during contact, accurately reproducing the interaction between object and gripper. Designed for industrial and research applications that demand precise manipulation and stable gripping, enabling robots with near-human tactile perception capabilities.
|  | Highly Integrated Design The sensors, computing platform, and control system are compactly integrated within a single gripper, minimizing external dependencies. Simplified wiring and small form factor enhances reliability and ease of installation.
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 | Built-in High-Performance Computing Platform Equipped with a 6 TOPS high-performance computing unit capable of locally running complex algorithms. Supports adaptive grasping, intelligent control, and multi-task operations without reliance on a host computer, providing robust computational support for demanding applications.
|  | Plug-and-Play for Multiple Scenarios Lightweight design with standardized interfaces allow instant connection and rapid deployment. Easy to use in manufacturing lines, robotic platforms, or research labs, providing flexible operation across diverse environments.
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 | Integrated Sensing and Control Supports multiple sensing and control modes, including position, velocity, force, contact pressure, and slip trend detection. Deep integration of sensing and control ensures highly precise, safe, and efficient gripping operations across a variety of tasks.
|  | Cross-Platform Ecosystem Compatibility Supports a wide range of robotic platforms and operating systems, seamlessly integrating with mainstream manipulators and intelligent control systems to create an open tactile ecosystem.
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