Welcome, Allegro Hand V5 by Wonik Robotics!
The Allegro Hand V5 by Wonik Robotics is a high-performance dexterous robotic hand built on a streamlined 9-DOF (Degrees of Freedom) three-finger structure. It provides advanced manipulation capabilities for various robotic systems in both research and industry. With 16 actively controlled joints across its four fingers, this robotic hand allows for stable and precise grasping of diverse object shapes, spanning from rigid to deformable soft materials, enhancing its versatility and real-world application potential.
Key features of the Allegro Hand V5 include advanced actuation technology, enhanced core components, and 360-degree omnidirectional tactile sensors on each fingertip. Other technical characteristics include DC motors with torque control, a robust lightweight structure crafted from high-strength alloys and composites, and four interchangeable fingertip types to optimize grip style. These features enable the hand to respond accurately to varying pressures and manipulate complex object geometries. Further, the hand’s control and monitoring functions are facilitated through a visualized application called Allegro Hand UXD.
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Produced in South Korea by Wonik Robotics, this cutting-edge robotic hand is currently in production and is uniquest suitable for studies in embodied AI, tactile feedback, and dexterous manipulation. Furthermore, there is real-time control and advanced grasping and manipulation research capacity now made available via this product, providing significant opportunities for engineers and developers. It is contributing substantially to overall advancements in robotics and the realm of embodied artificial intelligence. The Allegro Hand V5’s use within various industries and its high demand in market reflects its broader significance.
