Technology

Harness the Power of FlexSense for Your Projects

FlexSense is a highly capable sensing technology that utilizes Electro-Active Polymer (EAP) capacitors. Unlike traditional sensors, FlexSense is thin, stretchable, compressible, and conformable, making it ideal for measuring mechanical changes in numerous types of applications. By detecting changes in shape through stretching or compression, FlexSense converts mechanical movements into precise electrical signals. 

Key Features

Provides highly precise, repeatable measurements over millions of cycles

Hysteresis <1% and Repeatability >99% with very high physical stability that withstands shearing stress without damage to the sensor.

Extremely durable under adverse conditions such as high and low temperatures, wetness, humidity, and dusty, dirty environments

Versatile and highly customizable in size, shape, physical properties, electronics, and system integrations

Measure strain changes of <0.1% with a range over 100%

Conformable to curved surfaces

Tested over millions of cycles

Thin-total thickness as low as 300μm

What It Measures

FlexSense technology is designed to capture a wide range of mechanical changes, offering highly precise data across various applications. Examples of what it can measure:

Strain/Displacement
Pressure/Contact Force
Balance
Bend
Posture
Body/Joint Movement
Swelling
Weight Change
Foot Fall
Respiration
Head Impact
Landing Force
Applied Force
Impact Force
Shape/Size Change
Grip
And more!

Applications

FlexSense technology is designed to capture a wide range of mechanical changes, offering highly precise data across various applications. Examples of what it can measure:

Musculoskeletal Movement
Voluntary & Involuntary Muscle Movement
Gesture Recognition
Rehabilitation
Coaching
Remote Patient Monitoring
Wound Care
Ergonomics
Seats, Beds & Mats
Textile & Footwear Fit
Product Development & Testing
Quality Control
Motion Capture
And more!

Highly Patented Electro-Active Polymer (EAP) Sensing Technology

Technology-Presentation: Dielectric Elastomers

Capacitive Strain & Pressure Sensors

Electro-Active Polymer (EAP) sensing technology utilizes its unique electrical properties to detect mechanical deformations. When an Electro-Active Polymer sensor is stretched, compressed, or otherwise deformed, its capacitance changes, which can be measured and used to detect various physical changes such as pressure, strain, or movement. EAP sensors are known for their high sensitivity, flexibility, and durability, making them ideal for applications in robotics, wearable devices, medical equipment, and more.

Resilient and Robust

yet extremely lightweight and thin

Stretchable and Compressible

soft systems made of medical-grade silicone

High Performance, Low Power

high range, resolution, and frequency

Versatile & Highly Customizable

applicable across numerous industries and applications

How are our sensors different from other sensing technology?

Our patented EAP sensing technology is unlike any other sensor available today. It is the only sensor capable of stretching 100% of its original size without permanent deformation. This means you can stretch, bend, fold them in half, crumple them into a ball, or twist them, and they will return to their original shape without losing calibration. You can do this millions of times!

Our EAP Sensor compared to a typical FSR (Force Sensitive Resistor) sensor: