Robotic Dexterous Hands
High-density tactile sensing solutions designed for robotic fingertips, finger pads, and palms. Captures real-time normal force distribution and shear force vectors to enable precise grasping and dexterous manipulation.

Applications

Robotic tactile systems and electronic skin applications in humanoid robotics comprehensively enhance robot perception and response capabilities.
Fingertips & Finger Pads (3D Tactile Sensing)
High-density tactile arrays engineered specifically for robotic fingertips. Captures calibrated normal force and shear force vectors, providing essential high-sensitivity feedback for micro-object manipulation, delicate touch, and slip prevention.
Palm
Contoured tactile array designed for robotic palm integration. Delivers real-time pressure distribution maps and resolved shear force vectors for robust grasping force control, contact location sensing, and payload stability.
Applications
Applications

Technical features

Ultra-thin Plug-and-play
Ultra-thin Plug-and-play
Overall thickness <200μm, plug-and-play, easy integration, no structural modifications required.
Flexible Curved Surface Adaptation
Flexible Curved Surface Adaptation
Uses flexible materials, closely conforming to various complex curved surfaces such as robotic arm joints, ensuring sensing without blind spots.
Wide Range Pressure Sensing
Wide Range Pressure Sensing
Trigger pressure <3kPa (gentle touch) to >1MPa (severe impact), applicable from precision grasping to impact-resistant scenarios.

Recommended products

FOS Resistive Tactile Sensing System
AOS-T600-3DF
AOS-T600-3DF
Fingertip planar area
Learn More
AOS-T600S
AOS-T600S
Full-curved finger surface
Learn More
AOS-T600S-6DF
AOS-T600S-6DF
Full-curved finger surface
Learn More
AOS-T600P
AOS-T600P
Palm
Learn More
Customization
Customization
Can be deeply customized according to your requirements.
Learn More