Exhibitor Updates | The Dexterous Hand, Breaking Boundaries: Dexterous Intelligence to Showcase New Product Portfolio at WAIC 2025

Exhibition Time: July 26 - 29

Exhibition Venue: Shanghai World Expo Exhibition & Convention Center

Booth Number: H3 - B327

On July 26, 2025, the World Artificial Intelligence Conference (WAIC) will grandly kick off at the Shanghai World Expo Center and the Shanghai World Expo Exhibition & Convention Center. As the top - tier event in the global artificial intelligence field, this year's conference, themed "Smart Era, Global Solidarity", will gather the world's top - notch technological forces. Zhejiang DexRobot Technology Co., Ltd. (hereinafter referred to as "DexRobot") will showcase its full range of innovative products at Booth H3 - B327, bringing a visual feast of dexterous operations to the audience.

DexRobot is an embodied intelligent robot enterprise with dexterous operation as its core technological capability. It was founded in Xinchang County, Shaoxing City, Zhejiang Province in January 2024. Led by the chief expert in robot technology, an academician of the Chinese Academy of Sciences, and jointly established by hardcore robot scientists and experts, relying on the scientific research strength and talent advantages of Shanghai Jiao Tong University, the company jointly promotes the development of the humanoid robot and industrial robot industries, improves the technical level of robot end - effectors, and realizes the R & D, production, and sales of a dexterous operation system with general intelligent multi - modal tactile and visual perception.

Highlights of WAIC 2025 at a Glance

On - site demonstration of the dexterous hand's fine operation ability

Technical experts will explain product features on site

Experience cutting - edge technology in the interactive experience area

Display of cooperation results among industry, academia, and research

Exhibition of Wonderful Products

DexHand021 Mass - production Version

DexRobot's flagship product, the five - finger dexterous hand DexHand021, is an industrial - grade mass - produced five - finger, three - joint dexterous hand with 19 degrees of freedom. It is equipped with 23 sensors and can achieve functions such as playing Rubik's Cube with one hand, grasping multiple objects at once, and using common tools through shooting and wearable devices. It combines features such as reliability, high integration, strong compatibility, easy maintenance, low power consumption, and multi - modality. The product uses tendon - rope elastic under - actuated technology, combined with multi - modal perception information processing, motion planning control, and embodied intelligent algorithms, enabling the dexterous hand to accurately measure and finely perceive the environment and operation objects. As appraised by experts, this project is highly innovative and technically challenging, and the overall technology has reached the international advanced level. Currently, the product has passed all necessary tests and verifications and has entered the mass - production stage.

DexHand021 S

DexHand021 S is a cost - effective three - finger dexterous hand in the thousand - yuan range, specially designed for education, service, and industrial scenarios. It uses a patented rigid - flexible coupling transmission technology, has 8 - degree - of - freedom control and a 22N grasping force, covers 80% of general hand functions, and supports stable grasping and tool operation. Its lightweight design (0.62kg) has passed industrial - grade lifespan tests. It integrates visual/tactile multi - modal perception and is suitable for scenarios such as service robots, industrial inspection, and agricultural picking. The fully open - source ecosystem significantly lowers the development threshold and supports rapid secondary development. Its core advantages include low cost, easy maintenance, multi - protocol compatibility, and plug - and - play, making it suitable for scientific research, education, and industrial applications, and significantly improving the functionality and economy of robot end - effectors.

DexHand021 Pro

DexRobot has launched the new - generation high - dexterity five - finger dexterous hand, DexHand021 Pro. It has four core innovations: a 22 - degree - of - freedom bionic architecture, a dual - rope drive system, wrist - hand coordinated control technology, and integrated end - force measurement. It can achieve multi - scale continuous differentiable dynamic control and omnidirectional three - dimensional space operation. The innovatively added dual - rope drive forward - reverse drive system, combined with the full - palm perception system, can accurately complete high - speed and refined operations similar to human fingers and explosive grasping tasks. The unique wrist - hand coordinated control technology expands the operation space by 30%. With the built - in AI computing power supporting millisecond - level real - time decision - making, it can accurately reproduce the natural movement range of the human wrist. Through the real - time feedback of dual - rope tension and the linkage of high - resolution tactile sensors, it can maintain stable operation under multi - dimensional motion and external force interference. It performs excellently in terms of motion accuracy, anti - interference ability, and dynamic speed adjustment, approaching the movement mode of the human hand.

DexCap Data Acquisition System

The DexCap data acquisition system is a high - precision exoskeleton tele - operation platform. The system uses a lightweight heterogeneous exoskeleton architecture (<2kg) and integrates a high - density sensor network (9 degrees of freedom for each arm, 21 degrees of freedom for each hand, and 5 degrees of freedom for the waist), achieving millimeter - level motion capture and kilohertz - level response (>1000Hz). It supports multi - modal interaction, including five - level tactile feedback and millisecond - level low - latency communication, ensuring a 1:1 motion mapping. The modular design is compatible with mainstream robotic arm protocols and Windows/Linux systems, and is suitable for remote control in special environments, VR interaction, and scientific research and development. It has a long battery life, with a single - charge endurance of 8 hours, supporting all - day long - term tasks, and provides a high - fidelity data acquisition overall solution for fields such as human body data acquisition and robotics.

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