
1. Technology overview
NanoSen GmbH is a spin-off of Chemnitz University of Technology based in Chemnitz, Germany. It develops flexible, thin force sensors based on a polymer nanocomposite (PNC) material and a proprietary force-sensing impedance technology, for robotics, industrial automation, healthcare and research.
The product range includes the PNC Material for sensor makers and system integrators, a plug-and-play PNC Sensor Kit, a Force Matrix Kit for 2D force mapping with real-time visualization, and custom development services. The material is patent-pending and changes its electrical conductivity under compression. Projects in its innovation center cover robotic tactile sensing, future mobility and prosthetics.
2. Highlighted features & specifications
- PNC Material: a polymer nanocomposite medium for force measurement, sold to sensor makers and integrators.
- PNC Sensor Kit: a plug-and-play kit aimed at engineers, technicians and research institutions.
- Force Matrix Kit: 2D force mapping with a compact readout and automatic matrix detection.
- Real-time visualization: force distribution is displayed live for fast prototyping.
- Development services: custom force sensors from initial concept to application-specific implementation.
3. Potential application
Robot integrators in Vietnam can prototype tactile grippers for assembly and packaging lines. Universities and electronics firms can use the sensor kits for force-measurement research and product development.
4. Benefits
The thin, flexible material fits curved surfaces such as robot grippers. The plug-and-play kit lets engineers and research teams start prototyping quickly. The Force Matrix Kit offers automatic matrix detection and real-time force distribution views. Development services support application-specific implementation from concept to product.
5. Market trends & opportunities
Tactile sensing for humanoid robots, collaborative robots and robotic grippers is a growing need in automation. Vietnamese and ASEAN factories adopting cobots and automation are potential users of thin force-sensing skins and kits for prototyping.
6. Other information
Spin-off of Chemnitz University of Technology in Chemnitz, Germany. Received a seven-figure investment from TGFS Technologiegründerfonds Sachsen in May 2025. Co-founder and CEO is Dr. Rajarajan Ramalingame. The website is available in German and Simplified Chinese.
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