Nanomade Quantum Sensors

Nanomade Printed Technology is based on quantum physics properties

(tunnel effect at atomic level ) ensuring level of performances that can

hardly be reached by other sensing technologies.

  1. ULTRA-SENSITIVE – 75x more sensitive than a strain gauge.
  2. Thin & Flexible
  3. Transparent if needed
  4. Customizable shape and size
  5. 4 mm x 4 mm active zones
  6. Make any object smart and interactive no matter the shape and material

Nanomade brings Human Machine Interface experiences to another level (wood, metal, complex shapes, gloves compatibility, adaptive UI …). The Touch side of the sensor enables fingers detection or approach, the Force side measure the level of pressure.

New Touch interactions, new designs, new features are unleashed with a level of performance unreached with existing technologies.

Below are just a few applications:

  1. Door & Seat Touch Switch Assembly – without inadvertent actuation.
  2. Dashboard touch input.
  3. Steering Wheel Switches.
  4. Wood Interactive Dashboard.
  5. Metal Class A Touch Input.
  6. Interactive metal back case like for a smart phone or iPad.
  7. Touch Swipe Force on metal.
  8. Smart Seat Farics.
  9. Impact Detection.

Nanomade sensor is so sensitive that it can perform physiological parameters measurement such as heart fatigue, level of stress and sleepiness, sleep apnea … under 10 cm of foam (bed or automobile seat), or under a bicycle helmet or sport wrist. Still for in-vehicle application more testing is needed. Can Detect micro-deformations of the human body, RR, RRV, HR, HRV, Actigraphy.

For Smart Seat Health monitoring Nanomade sensor integrated under 10cm foam of a seat. Body micro-deformations measurement = Heart rate + Breath rate + Movement + Pressure mapping and real time non-intrusive measurements,

Potential application is for smart seats.

For Automotive Application Design specific information you can email bbedi@designhmi.com or directly contact Nanomade at www.nanomade.com, Email : contact@nanomade.com or call +33 (0)9 72 53 58 04.

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