Revolutionizing Force Measurement: Discover the Power of Polymer Nanocomposites
At NanoSen, we develop next-generation force sensing materials based on polymer nanocomposites (PNC).
This unique combination of polymers and functional nanomaterials enables sensors that are flexible, lightweight, and highly sensitive — qualities that traditional sensors cannot achieve.
Our PNC technology translates mechanical deformation directly into measurable electrical signals, allowing precise detection of force, pressure, and motion.
By tailoring the material composition and structure, we can fine-tune sensor performance for a wide range of applications — from research and prototyping to integration in industrial or wearable systems.
With this approach, NanoSen bridges the gap between material science and practical sensing solutions, paving the way for smarter, more adaptive technologies.
From research to
real-world applications
Curious about how NanoSen’s technology works?
In this short video, Joseph and Rajarajan explain the core idea behind our polymer nanocomposite (PNC) sensors and how they enable highly sensitive and flexible force measurement.
It illustrates the fundamental principles and potential applications of our technology across many fields.
Get to know our technology
Introduction
This short explainer video introduces Polymer Nanocomposite (PNC) technology, highlighting its composition, properties, and advantages in force sensing.
Sensor Kit Unboxing
Hands-on demonstrations showcasing the PNC force sensing material in action. This video shows real-time measurements of force applied to the material and visualizations of data output.
PNC Properties – Robustness
A series of short clips demonstrating the robustness of our PNC material with dynamic and static load tests as well as a demonstration of its overload resistance.
