Innovative idea emerged to merge traditional textiles with advanced touch-sensitive technology, creating entirely new interactive capabilities for fabric-based products
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Research
Extensive material science exploration and cross-disciplinary research to identify optimal polymer compositions compatible with textile structures
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Development
Creating breakthrough polymer-textile integration techniques that maintain fabric flexibility while embedding conductive properties throughout the material
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Prototype Testing
Rigorous testing of early prototypes across various environments and use cases to refine sensitivity, durability and response accuracy
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Active Fabric G1
First-generation material capable of basic touch transmission with limited sensitivity zones and simplified interaction capabilities
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Active Fabric G2
Revolutionary second-generation material that transmits precise touch data across the entire fabric surface, enabling nuanced interactions and multi-point sensitivity
Remote patient monitoring with tactile feedback systems allowing doctors to feel patient vitals through fabric interfaces, creating unprecedented telemedicine capabilities
Fashion
Interactive clothing that transmits touch sensations between wearers, enabling new forms of non-verbal communication through specially designed Active Fabric garments
Automotive
Smart interiors with touch-responsive surfaces that adapt to driver preferences, providing haptic alerts and personalized control interfaces throughout the vehicle cabin
Sports
Performance tracking equipment that measures minute muscle movements and provides real-time tactile coaching feedback, revolutionizing athletic training and rehabilitation
Our Partners
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We collaborate with leading organizations in technology, textiles, and research to bring Active Fabric to market.