DexH5
$ 2 000
DexH5 — a four-finger tactile robotic hand by PaXini with multi-dimensional sensing, compact form and adaptive grip. Ideal for service, research, and light industrial robots needing human-like touch and versatile handling.
Showing 17–32 of 74 results



DexHand V2.3 — a powerful 19-DoF robotic hand by Robot Studio, designed for high payload handling, adaptive motion, and versatile manipulation in humanoid and automation systems.


DexHand021 dexterous robotic hand dexterous robotic hand is DexRobot’s commercial, high-DOF robotic hand: 19 DOF, multimodal sensing (position, force, slip, proximity), modular architecture, and ROS support for integration.


The DexMano D22-PRO is a cutting-edge humanoid robotic hand engineered for precise, human-inspired manipulation. It blends agile finger motion with rich sensing to handle a wide range of tasks with confidence.


Shadow Dexterous Hand — a leading humanoid robotic hand with 20 actuated DoF, rich tactile sensing, and 24 total joint movements for advanced manipulation and research.



DG-5F-S is a compact, fully actuated humanoid robotic hand designed for dexterous multi-finger manipulation. It combines lightweight construction with compliant joints, making it ideal for research and humanoid robot integration.




The Xynova Flex 2 is an advanced humanoid robotic hand designed for agile movement, adaptive grasping, and precise object handling. Its lightweight bionic structure combines intelligent sensing, durable construction, and strong gripping performance for humanoid robotics and automation applications.


A lightweight, tendon-driven robotic hand designed for precise, human-like motion and advanced research applications.





The HW1 is a lightweight humanoid robotic hand and wrist designed for research, automation, teleoperation, and creative robotics projects. It combines human-like dexterity, customizable hardware, and user-friendly software in a compact and repairable platform.


The HX5-D20 is a 20-DoF humanoid robotic hand from ROBOTIS, built for smooth, human-like motion and reliable manipulation. Its durable structure and refined actuation make it ideal for humanoid platforms and advanced research.
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