Stretchable Printed Sensors for Wearable

Stretchable printed sensors are designed to function on moving, bending, or stretching surfaces—ideal for both human wearables and soft robotics. These sensors are made using stretchable conductive inks on elastic substrates, enabling accurate detection of strain, motion, and body dynamics without losing signal quality.

In addition to health and fitness wearables, they are increasingly used in robotic skin applications, where they provide artificial tactile feedback and surface sensing for next-generation robots.

Stretchable Printed Sensors Overview

Common Material

TPU

Key Features of Stretchable Printed Sensors

Stretchable And Flexible

Maintains electrical performance while stretching, bending, or twisting; perfect for dynamic surfaces like skin and soft robotics.

Accurate Deformation Sensing

Capable of detecting strain, elongation, compression, and other mechanical deformations with high precision.

Conforms to Body And Motion

Seamlessly adapts to human or robotic movement, ensuring continuous and reliable data collection.

Durable Under Mechanical Stress

Withstands repeated stretching and movement over thousands of cycles without signal degradation.

Soft And Skin-friendly

Built with biocompatible, low-irritation materials for safe use in direct skin contact.

Ultra-light And Customizable

Minimal weight and profile with flexible design options to meet specific sensing and stretch requirements.

Product Applications

Robotic And Artificial Skin

Human-Machine Interfaces

Fitness Wearable

Smart Textiles

Health And Rehabilitation

● Tactile sensing on robotic fingers or grippers

● Distributed strain mapping on robot joints and limbs

● Artificial skin with pressure, stretch, or touch sensitivity for humanoid robots

● Gesture recognition for controlling devices (e.g., wearable gesture gloves)

● Skin-mounted control interfaces for AR/VR environments

● Flexible input pads for prosthetics or exoskeletons

● Real-time body movement tracking for training optimization

● Strain sensors for muscle fatigue analysis

● Flexible body temperature or hydration level sensors

● Motion sensing in fitness garments (e.g., yoga posture correction shirts)

● Embedded sensors in sportswear for performance tracking

● Pressure-sensitive insoles and gloves

●Joint angle monitoring for physiotherapy exercises

● Muscle movement tracking in stroke recovery or orthopedic rehab

● Fall detection or gait analysis in elderly care wearables

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