DH-Robotics Debuted Dexterous Robotic Hand at IROS 2026
The company introduced its new ADH-5-13 five-finger robotic hand alongside the UDH-3-7 three-finger model.
Updated on Sept. 30, 2026 in Robotics
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DH-Robotics unveiled its new ADH-5-13 dexterous hand during the IROS 2026 conference in Pittsburgh. The event also featured a demonstration of the company's UDH-3-7 three-finger robotic hand.
Why it matters
The introduction of these specialized robotic components highlights ongoing advancements in dexterous manipulation technology for industrial and research applications. These devices aim to expand the payload and precision capabilities of robotic systems.
The ADH-5-13 features 13 active degrees of freedom, weighs 735 g, and supports a 20 kg payload with tactile sensing. The UDH-3-7 model offers 7 degrees of freedom, a 15 kg payload, 50 N fingertip force, and a design life of 1,000,000 cycles.
The players
DH-Robotics
DH-Robotics is a technology company specializing in the development of electric grippers and dexterous robotic hands.
IROS 2026
IROS 2026 is an annual international conference focusing on the latest advancements in intelligent robots and systems.
The details
The ADH-5-13 design utilizes varying mobility across its fingers, with the thumb, index, and middle fingers each having three degrees of freedom, while the ring and little fingers each utilize two. Both models serve to expand the range of delicate and heavy-duty tasks that robotic hands can perform.
Timeline
September 27, 2026: The IROS 2026 conference began in Pittsburgh.
September 30, 2026: DH-Robotics debuted the ADH-5-13 dexterous hand.
October 1, 2026: The IROS 2026 conference concludes.
The Tech Race
The emergence of these dexterous hands tracks with the rapid evolution of human-like manipulation capabilities in robotics. This development continues a broader industry trend of replacing rigid grippers with sophisticated, multi-fingered systems.
The increased payload and tactile sensing capabilities of these robotic hands may lead to more efficient automation in industrial assembly and precision manufacturing. Users can expect these technologies to eventually improve the speed and safety of complex automated production lines.
The takeaway
Advancements in robotic dexterity are bridging the gap between specialized mechanical tools and human-like interaction. These innovations suggest a future where automation can handle both fragile objects and heavy loads with higher precision.
Further reading
For more on emerging hardware in the field, explore the latest developments in Robotics.
More information
View full technical specifications on the DH-Robotics product and company information page.
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Would you feel comfortable using advanced robotic hands to assist with physical tasks in your daily life?
