AI and Robotics have witnessed significant advancements in recent years, driven by breakthroughs in machine learning, computer vision, natural language processing, and hardware capabilities.
AGIBOT OmniHand O10 is a compact, high-degree-of-freedom dexterous robotic hand designed for precise, human-like manipulation. With an anthropomorphic five-finger design, advanced tactile sensing, and adaptive force control, it enables robots to grasp, interact, and perform complex fine-motor tasks across a wide range of applications.
Features a five-finger anthropomorphic structure with 10 active and 16 total degrees of freedom, enabling natural, human-like grasping and gesture control.
Equipped with 400+ tactile sensing points and high-resolution force detection (~0.1N), allowing accurate feedback for delicate object handling.
Delivers high positioning accuracy (~0.3 mm) and hybrid force control, making it suitable for detailed, contact-sensitive tasks.
Supports multi-finger grasping with force capability of up to ~5 kg (hybrid force control mode), enabling both precision and power grips.
Compact and lightweight design (~500 g class) allows easy integration with humanoid robots, robotic arms, and research platforms.
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