RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
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Home > Robotics > Robotic arms > RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
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  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm

RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm

SKU:
RUI RY-H1/H2 series dexterous hands feature high precision & bionic design. With 15/6DOF, they simulate human gestures. Equipped with top motors & hybrid control algo, they grasp objects adaptively. Supporting CANFD/CAN comm, they're suitable for industrial automation, research, and service robotics.
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  • Model:
    RY-H1 | 15 DOF
    RY-H2 | 6 DOF
  • Hand:
    Left Hand
    Right Hand
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  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
1/1
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
  • RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm
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RUI RY-H1/H2 High-precision 15DOF/6DOF Bionic Dextrous Hand with Force-position Hybrid Control Algorithm


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  • https://drive.google.com/drive/folders/1DRdqjT-bv279BZAnglXGdfj8NAzMlQs5?usp=sharing
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Introduction


The RUI RY-H1 series dexterous hand is a high-precision, highly bionic robotic hand designed for embodied AI robots. It features 15 degrees of freedom and 20 motion joints, equipped with 15 of the world's top high-speed precision coreless motors. With an innovative linear drive design, the hand achieves a high degree of biomimicry, allowing for movements that are more anthropomorphic and natural. Built-in proprietary patented force-position hybrid intelligent control algorithm enables it to adaptively and safely grasp objects of various shapes without the assistance of tactile sensors. It can simulate a wide range of human-like gestures and complex actions, such as rock - paper - scissors, holding a pen, taking an egg, picking strawberries, and passing business cards. The product supports CANFD/CAN communication, ensuring easy integration and use with different systems.

Features


  • Highly Bionic and Dexterous: The RUI RY-H1 series dexterous hand boasts 15 degrees of freedom and 20 motion joints, enabling movements that closely resemble human hand motions. Its highly bionic design allows for greater adaptability and flexibility in performing complex tasks.
  • Top-notch Motors: Equipped with 15 of the world's top high-speed precision coreless motors, the hand delivers powerful and efficient performance, ensuring precise and responsive movements.
  • Force - position Hybrid Control Algorithm: The built - in proprietary patented force - position hybrid intelligent control algorithm allows the hand to adaptively grasp objects of various shapes and sizes without relying on tactile sensors, enhancing safety and reliability.
  • Multiple Gestures Simulation: It can simulate a wide range of human-like gestures and complex actions, making it suitable for various applications in industrial automation, scientific research, and service robotics.
  • Easy Integration: Supporting CANFD/CAN communication protocols, the hand can be easily integrated with different robotic systems and control architectures.

Shipping List


  • 1 × RUI RY-H1 Series Dexterous Hand
  • 1 × User Manual
  • 1 × Communication Cable

Applications


It can simulate a wide range of human-like gestures and complex actions, such as rock - paper - scissors, holding a pen, taking an egg, picking strawberries, and passing business cards.

Specification


Parameter RY-H1L-2-0-CO-A-A / RY-H1R-2-0-CO-A-A RY-HZL-2-0-CO-A-A / RY-H2R-2-0-C0-A-A
Degree of Freedom 15 6
Number of Joints 20 11
Weight 0.9KG 0.6KG
Working Voltage 24~60V 24~60V
Static Current 400mA@24V 100mA@24V
Max Current 1A@24V 4A@24V
Repeatability 10um 10um
Control Precision 10mA 20mA
Thumb Max Grip Force 3N 25N
Finger Max Grip Force 3N 25N
Thumb Lateral Rotation Range ±30° 90°/s
Thumb Side-Slip Speed 90°/s 360°/s
Thumb Bending Speed 90°/s 360°/s
Finger Bending Speed 90°/5 360°/5
Max Load 5KG 10KG
Open/Close Speed 1.15s 0.4s
Communication Protocol CANFD(1M+5M)/CAN(1M)/RS485(5M) CANFD(1M+5M)/CAN(1M)/RS485(5M)
Control Interface CANFD/CAN; RS485 CANFD/CAN; RS485


Detailed Descriptions


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