Sensorskin is made of tough and flexible electrodes in combination with a unique silicone polymer structure, making it highly touch and pressure sensitive, still fully stretchable and durable at the same time. It can deploy sensorskin on surfaces of 3D-curved and even malleable and soft objects for making those touch and pressure sensitive.
Ready to use tactile sensor solutions that are seamlessly integrated into any product. Right now, we are framing two sensorskin models — sensorskin C. for Human Machine Interactions and sensorskin R. for detailed pressure distribution measurements.
Smart surface sensor technology sensorskin™ utilizes sensorskin technology. The product line PLYON™ offers interface solutions that can be used to make curved and flexible surfaces touch & pressure sensitive.
PLYON™ R2C2: Smart surface solution combining sensor and customized interaction surface in one layer
- Ultra-flexible hybrid sensor combining resistive and capacitive technology. It provides data about:
- Touch and surface gestures.
- Pressure intensity / force
- Approximation / 3D gestures
- Can be seamlessly integrated into curved surfaces, the sandwich structure combines the sensor and the outer surface with a customized haptic experience for the user.
- R2C2 is the PLYON™ reference design with 2 sensing elements (taxels) providing resistive and capacitive measurement.
- For analysis of grip and grasp force as well as pressure monitoring.
- Enables touch interaction as well as 3D gesture applications for revolutionary human machine interfaces.
It is thin, lightweight, touch sensitive and having a stretchable and flexible touch sensitive layer allowing the thinnest materials like textiles and fabrics touch sensitive, without affecting their material-behavior and durability.
Touch interaction on curved and malleable surfaces. Make curved and even cylindric objects precisely touch sensitive. Enabling the replacement of mechanical and fragile operating elements on the most complex formed products.
Pressure monitoring between malleable components monitor subtle force alterations on physically and spatially challenged objects on a highly sustainable, versatile and precise level, even on maleable and curved surfaces.
For more information go to https://www.tacterion.com
