Advanced Force sensing technology
NanoSen develops flexible PNC force sensing materials combined with a force sensing impedance measurement principle. Compared to conventional capacitive and resistive approaches, impedance-based force sensing provides improved robustness and long-term signal stability.
Flexible PNC Force Sensing Materials
The flexible PNC materials can be processed into custom geometries and integrated into flat or curved surfaces. This enables seamless integration into compact, flexible, or application-specific force sensing designs.
Stable and Scalable System Approach
Designed as a system-level force sensing solution, the approach delivers reliable long-term signal stability and supports scalable implementations — from single-point force measurement to force distribution sensing.
Designed for Applications where Resistive and Capacitive Approaches reach their Limits.
Pioneering Flexible Sensor Technology
NanoSen’s approach combines material innovation with a robust electrical readout concept. The PNC materials can be integrated almost everywhere and support a wide range of force sensing and tactile interaction applications.
Force Sensing for Demanding Applications
NanoSen’s force sensing impedance technology is designed for applications requiring stable, repeatable, and reliable force measurement.
Typical use cases include tactile force sensing, force distribution measurement, robotics, medtech, and automotive.
Developed for Engineers and Researchers
NanoSen combines expertise in unique PNC materials, impedance-based measurement, and sensor system design. The technology is developed with a strong focus on measurement reliability, reproducibility, and practical integration
into real-world applications.
In addition to materials and evaluation kits, NanoSen supports customers with application-specific force sensing development.
Evaluate Force Sensing Impedance Technology
Discover how next-generation force sensing can improve stability and reliability in your application.
