InteractOn: Revolutionizing Human-Machine Interaction with Advanced Ferroelectric Polymers
InteractOn stands at the forefront of human-machine interaction, engineering next-generation sensors and actuators from advanced relaxor ferroelectric polymers (RFPs). We tackle a fundamental challenge in modern electronics: the sacrifice of intuitive, physical feedback for sleek, streamlined design. Our innovations are creating interfaces that are not just seen or heard, but are truly and satisfyingly felt.
Precision Components from Premier Materials
Our advanced components are engineered from distinct classes of ferroelectric polymers, each carefully selected for its unique strengths and sourced from the world's leading manufacturer to guarantee performance.
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Actuators with relaxor ferroelectric polymers (RFPs): Our flagship low-voltage actuators are built from advanced RFPs, a unique material exclusively supplied by our strategic partner, Piezotech (Arkema) of France. This exclusive material is the key to our proprietary multilayered actuator design. By mastering the adhesion-mediated film transfer (AMFT) technique to create ultra-thin films, we deliver powerful, precise actuators that operate at just several ten volts.
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Sensors with ferroelectric polymers: For our flexible high-sensitivity sensors, we utilize normal ferroelectric polymers, which are ideal for precise pressure and force detection.
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Next-Generation piezoelectric fibers: We are pioneering the future of smart textiles and conformable electronics by developing piezoelectric polymers in a unique fiber form factor, opening up new possibilities for wearable technology and embedded structural sensing.
Applications
InteractOn's platform technology is engineered for versatility. Our advanced ferroelectric polymer sensors and actuators are enabling breakthroughs across a wide range of industries by providing smarter, more intuitive, and more immersive ways to interact with technology and the environment. Discover how we are helping to shape the future in your industry.