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Unmatched performance. Powerful and flexible.

World’s first fully in-house developed, high-DoF tendon-driven dexterous hand.

Key Features

25
Degrees of freedom
Truly agile
Tendon-driven
for biomimicry and unmatched smoothness
>20N
Fingertip force
easily tackling daily work and chores
Self-developed planetary roller screw actuators
300N
maximum thrust
Full hand open/close in just
0.6s
ultra-fast response
6D force sensing system
0.01N
tactile sensitivity

Adaptive Flexibility

Highly biomimetic, exceptionally smooth.

25 DoF (20 active). Innovative tendon-driven design.

Perfect balance of flexibility, lightweight, and power. Smooth, efficient, and reliable dexterous hand for humanoid robots.

Power & Strength

Fast, precise, and incredibly powerful.

In-house developed, micro servo actuators, designed for dexterous hands.

Brushless hollow cup motor and planetary roller screw, with a maximum thrust of 250N.

Lightweight

Truly lightweight, for unmatched agility.

Weighs just 380g for the whole hand, perfect for delicate tasks.

Innovative tendon-driven design enables a lightweight build.

Applications
Everyday
From household chores to gentle care, a versatile all-rounder for everyday life.

Xynova’s Developer Community

Easy, out-of-the-box experience with built-in algorithms.

Play

Easy, out-of-the-box experience with built-in algorithms.

Featuring multi-modal algorithms, ready to use with a variety of hardware.

End Consumers

Innovate and unlock new features.

Create

Innovate and unlock new features.

Join the global movement and become a Xynova development partner.

Professional Developers

Collaborate on new products, shaping a win-win future.

Win

Collaborate on new products, shaping a win-win future.

Tailor solutions to your needs, take part in product launches, and request demos.

Industry Partners

Xynova Flex 1 Technical Specifications

25

Degrees of Freedom

Tendon Driven

Drive Mode

380g

Hand Weight

<0.6s/time

Grip Time

≤0.2mm

Repeatability

30kg

Grasp and Pull Load

7.5kg

Grasp the Load Horizontally

20N

Maximum Fingertip Force

0.01N

Tactile Sensitivity

0.25N

Force Control Accuracy