Artificial Skin
- Detailed Technology Description
- A novel approach to realize highly sensitive, power efficient and multifunctional tactile sensors
- *Abstract
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This KAUST technology relates to a novel approach to realize highly-flexible tactile sensors. The versatility of this sensor enables it to operate in water and air environments. It also has the ability to measure vibration, touch and flow, which is unique in the realm of tactile sensors.
This invention consists of highly elastic and magnetic nanocomposites integrated on a magnetic-sensing element. The current nanocomposites are made from metal-based nanowires. A distinct advantage of this technology is the permanent magnetic behavior of the nanowires. It allows for remote operation without any external magnetic fields and ensures minimal power consumption and simple system integration.
This technology can also easily customize the sensors’ performance by tuning the nanowires arrangements and dimensions. This highly-controllable concept can also work in both rigid and flexible substrates. It combines miniaturization with high sensitivity and low power consumption to cover a wide range of applications.
- Country/Region
- USA
