ChangingTek | Electric 5-Finger Dexterous Hand | CTDH5F80
Compact 5‑finger dexterous hand for precise adaptive grasping of multi‑shaped components.
The ChangingTek CTDH5F80 is an electric 5‑finger dexterous hand designed for flexible handling of various irregular workpieces. With 11 active DOFs, 16 joints and a maximum grasping force of 50 N, it delivers high adaptability in intelligent automation scenarios. The bionic finger movement ensures stable and compliant grasping behavior, making it ideal for applications requiring versatile and bionic operation.Its lightweight integrated structure and precise cable‑driven system guarantee low backlash and long service life, even under continuous operation.
Fast joint speed supports efficient cycle performance, while left‑right universal design makes integration straightforward. With a joint speed of up to 230 °/s and an operating voltage of DC 24 V, the CTDH5F80 provides a balanced mix of dexterity, efficiency and versatility.
Perfect for smart assembly, flexible sorting, human‑robot collaboration, precision pick‑and‑place and intelligent grasping operations.
Nuestros destacados
(1)11 Active DOFs for Highly Anthropomorphic Flexible Manipulation : CTDH5F80 is equipped with 11 active degrees of freedom and 16 joints, delivering highly human-like motion. It stably performs complex actions including grasping, holding, pinching, twisting, pressing and bi-directional rotation, covering nearly all human hand operation scenarios with strong versatility.
(2)High-Speed Joint Response for Agile and Efficient Movement : The joint motion speed reaches up to 230°/s, enabling fast action switching and sensitive response. It easily handles high-beat tasks such as high-speed grasping, rapid sorting and dynamic pick-and-place, greatly improving the efficiency of automated processes.
(3)Left-Right Homologous Design, One Hand for Dual-Purpose Use : Adopting an innovative left-right homologous, universal hand structure, it eliminates the need for separate left and right hand versions. One set of hardware supports both left and right functions, significantly reducing costs in development, procurement and maintenance, and adapting to various robots and automation platforms.
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