Technology
One of the most sensitive strain sensor technologies in production on the market today, Nanomade sensor’s characteristics ensure tailor-made solutions for each project.
Ultra-thin
Flexible
Ultra-sensitive
Transparent
Industrialised
An industrial solution
The Nanomade sensor is one of the most sensitive on the market, and meets the requirements for use in the aerospace and automotive industries.
The sensor has been tested with over 10 million strokes and has been tested for both the operating temperature range (-40ºC, +120ºC) and temperature/humidity storage required by customer approvals.
In terms of production capacity, the Nanomade solution has 3 manufacturing capabilities.
- Internal line for customer prototyping and low volume production (<20K/year)
- Internal in line production machine (<1M/year), available in 2025
- Partnership with industrial manufacturing leader for mass production (automotive and aerospace certified; >1M/year)
1 material + 1 sensor = 3 applications
Nanomade develops and manufactures highly sensitive, ultra-thin, flexible and customisable deformation sensors. Our revolutionary sensors are applied in three key areas, offering unprecedented potential in all industrial sectors, including the performance demanding automotive and aerospace industries.
Force & Touch
Transformation of any surface into an interactive interface by detecting both touch and force, revolutionising interaction with everyday objects.
Learn MorePulse Monitoring
Detection of micro-deformations of the human body for real-time monitoring of vital signs, offering potential for remote medical monitoring and connected healthcare.
Learn MoreStructure Monitoring
Deformations and impacts detection on various structures and materials, crucial for industries where reliability, accuracy, and safety are paramount.
Learn MoreCompatible with all materials
Nanomade sensors are compatible with any and all materials, offering adaptability across various surfaces. Whether it’s metal, plastic, wood, or fabric, our technology seamlessly integrates to provide reliable and precise measurements in any material environment.
Metal
Wood
Textile
Carbon Fiber
Plastic
Glass
Applicable in all industries
Nanomade sensors are designed with adaptability in mind, making them suitable for a wide range of industries. Whether in automotive, healthcare, or beyond, our technology offers tailored solutions to meet the unique requirements of each sector, ensuring optimal performance and reliability.
Data sheet – sensor
Curious about the technical intricacies of Nanomade’s cutting-edge sensor technology?
Dive into our comprehensive data sheet to uncover the advanced features and capabilities that set our technology apart.
With Nanomade’s sensors, businesses can drive innovation in their respective fields, leading to improved performance, productivity, and overall success.
Whether you’re an engineer, researcher, or technology enthusiast, explore the inner workings and performance metrics of our sensors to learn their full potential in your projects.
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La Nouvelle Tribune
France: une usine va fabriquer des capteurs révolutionnaires
Les capteurs tactiles sont des composants technologiques essentiels dans notre quotidien, permettant aux surfaces …
Press
Actu Toulouse
Sa technologie est unique au monde, cette entreprise installe sa première usine à Toulouse
Nanomade passe à la vitesse supérieure. Pour augmenter sa production de …
Press
Toulouse7
Une entreprise toulousaine veut développer le 1er capteur tactile quantique
À Toulouse, après 15 années de R&D, une centaine de prototypes et 20 brevets, les équipes de Nanomade ont mis au point …
Press
Gazette du Midi
Nanomade Lab lance la fabrication de ses capteurs tactiles quantiques
L’entreprise toulousaine vient de boucler un financement de 3 millions d’euros pour construire sa première ligne de …
FAQ
What are the deformation sensors designed by Nanomade?
Nanomade’s deformation sensors are ultra-thin, highly sensitive, transparent, customisable and flexible low-consumption sensors that, once glued inside or on an object, detect deformation (strain) of various surfaces, enabling real-time monitoring and data collection. These sensors have three main applications; Touch & Force, enabling any material or 3D shape to become interactive (leather, wood, metal, etc.); Health Monitoring, detecting micro-deformations in the body to collect physiological data (heartbeats, respiration, posture, etc.); and Structural Deformation Detection, identifying deformation or impact on various structures like metal or wood.
