NeuroSkin U Full-body Electronic Skin System

Full-body electronic skin for robots

Body-wide sensing · flexible conformity · real-time response · data driven

NeuroSkin™ combines UltraMatrix™ arrays and flexible materials into robotic electronic skin.

VISIONVision lets AI see the world

TOUCHTouch lets AI trust the world

Full-body electronic skin for robots

Body-wide coverage

Extends across torso, joints, limbs, and end-effectors.

Dense tactile sensing

Captures pressure, contact, friction, and deformation.

Real-time response

Fast feedback for immediate and safer interaction control.

Highly flexible

Stretches, bends, and twists like a second skin.

Data driven

Collects real interaction data for tactile world models.

Easy integration

Thin and adaptable for multiple robot structures.

Technical Advantages

8192+Array touch pointsDense full-body expansion
0.18mmUltra-thin layerFlexible conformal structure
200%StretchabilityAdapts to dynamic motion
0.1kPa–4MPaPressure rangeLight touch to strong force
100HzSampling rateReal-time tactile return
Full-spectrum tactile sensing

Full-spectrum tactile sensing

Electronic skin for the whole robotturning contact into understandable dataand giving robots tactile intelligence

Pressure sensing
Contact localization
Slip detection
Friction sensing
Deformation sensing
Texture recognition
Temperature trend

Application Scenarios

Humanoid robots

Humanoid robots

Body-wide sensing and safe interaction

Companion robots

Companion robots

Emotional interaction and touch feedback

Dexterous hands

Dexterous hands

Fine manipulation and stable grasping

Mobile robots

Mobile robots

Environmental interaction and terrain sensing

Education and entertainment

Education and entertainment

Immersive interactive experiences

PressureContact localizationSlipFrictionDeformationTextureTemperature trend

NeuroSkin™ gives robots true tactile intelligence.

Robots understand the physical world and interact safely with people.

Full-body skin

Continuous sensing across torso, limbs, joints, and end-effectors.

Flexible materials

Thin, soft, and conformal for complex surfaces and motion.

Tactile data flywheel

Real interaction data returns to improve models over time.

Safe natural interaction

Real-time contact state supports more trustworthy collaboration.