Dexta Robotics
About
About Dexta Robotics
Dexmo is a wearable exoskeleton that mechanically tracks finger movement and applies force feedback to the user. Its articulated linkages measure the pose of individual fingers with 11 degrees of freedom, while force-feedback mechanisms resist selected movements when the virtual or remote hand contacts an object. This gives the operator both hand-position input and a physical indication of shape or constraint.
The glove connects through software interfaces used in VR, simulation, research and robotic teleoperation. In a remote-manipulation workflow, human finger motion is retargeted to a robot hand and contact information from the robot is converted into resistance at the glove. Dexta supplies development tools for integrating the tracked pose and feedback channels with Unity, Unreal and custom applications, allowing users to build interaction systems beyond camera-only gesture recognition.
Products
Team
- Ruimin Huang - CEO - Oversees Dexta's Dexmo force-feedback hand exoskeleton business.
Timeline
Events
- 2019-06-11 - Product Launch - Dexta Robotics launches Dexmo Enterprise Edition
Dexmo Enterprise Edition integrates motion capture and force feedback. The gloves let users feel virtual object size, shape and stiffness. Dexta Robotics moved the product into mass manufacturing after Dexmo DK1 small-batch distribution.
Source
Context
Comparable profiles
- CONTACT CI
comparable profile - Haptic Human Augmentation
- WEART
comparable profile - Haptic Human Augmentation
- CyberGlove Systems
comparable profile - Haptic Human Augmentation
- Force Dimension
comparable profile - Haptic Human Augmentation
- Haption
comparable profile - Haptic Human Augmentation
- SenseGlove
comparable profile - Haptic Human Augmentation
- HaptX
comparable profile - Haptic Human Augmentation
- MANUS
comparable profile - Haptic Human Augmentation
Context tags
- Haptic human augmentation - Peer Group - Dexta develops Dexmo wearable force-feedback gloves combining motion capture and controlled resistance for human interaction.
- Haptic teleoperation - Capability - Dexta Robotics sources describe haptic teleoperation for robotics or robot-adjacent manipulation systems.
- Robotics data capture - Stack Layer - Dexta Robotics sources describe robotics data capture for robotics or robot-adjacent manipulation systems.
- Dexterous manipulation - Capability - Dexta Robotics sources describe dexterous manipulation for robotics or robot-adjacent manipulation systems.