Tactile Sensing
Capture contact-induced deformation at the robot fingertip.

Robotic Manipulation
ShunDex develops vision-based tactile sensing, manipulation intelligence and robotic platforms for precise, contact-rich manipulation in the real world.

Why Touch
Vision helps robots see where objects are. Precise manipulation also depends on understanding what happens at the moment of contact.
Tactile feedback reveals contact, deformation, force and slip — enabling robots to respond as physical interaction happens.
Technology
A full-stack approach to robotic manipulation, from physical contact sensing to adaptive action.
Capture contact-induced deformation at the robot fingertip.
Understand contact states and adapt actions using tactile feedback.
Develop and deploy dexterous manipulation on a full-stack robotic platform.
Tactile Sensing
Multiple form factors for robotic end effectors
Capture rich information from physical contact.
Multiple form factors for grippers and dexterous hands.
Provide tactile feedback for precise, contact-rich robotic tasks.
Designed to bring rich contact perception directly to the robot fingertip.

Manipulation Intelligence
ShunDex uses tactile feedback to understand what is happening during contact and continuously adapt robot motion and force.

Robotic Platform
Robotic Manipulation Platform
A full-stack dual-arm mobile platform for robotic manipulation research, development and deployment.
7-DOF robotic arms for dexterous manipulation.
Integrated multimodal perception for manipulation and navigation.
Autonomous mobility for flexible task deployment.
ROS 2, SDK and API support for custom development.
* Excluding end effectors. Specifications may vary by configuration.
Applications
Reliable insertion under alignment uncertainty and contact.
Manipulate flexible components with tactile feedback.
Adapt gripping force through real-time tactile sensing.
Execute operations requiring fine alignment and force control.
About ShunDex
Founded in 2025, ShunDex develops full-stack technologies for robotic manipulation, spanning vision-based tactile sensing, manipulation intelligence and robotic platforms.
We focus on contact-rich manipulation in real-world environments, turning tactile intelligence into reliable and scalable robotic capabilities.