A group of scientists from the University of Colorado Boulder recently unveiled impressive electronic skins that are able to mimic the sensory qualities that human skin has, including the abilities to detect changes in pressure and temperature.
As the electronic skins are incredibly thin, they're able to adhere to the wearer's body with ease, and be used on prosthetic limbs to offer a more realistic sensation when handling different objects. In addition to allowing for more sensitive touch, the electronic skins allow wearers to easily detect how hot a cup is, or even determine whether or not someone has a fever. This enables the wearer to prevent damage to their prosthetic limbs and the items they might handle with them, and to have more independence in their day-to-day lives.
The unique composition of the electronic skins allow them to self-heal if they're in need of repairs, and the used technology can be recycled to create new electronic skins as well.
Image Credit: Dezeen
What's Driving This Trend
- Electronic Skin Sensory Technology
- Developing new ways of creating electronic skins using sensory technology to mimic human skin qualities presents opportunities for the prosthetics, healthcare, and fashion industries.
- Self-healing Electronic Skins
- Advancements in self-healing electronic skins are creating opportunities for prototyping and manufacturing in the wearables, technology, and medical equipment industries.
- Recycling Technology for Electronic Skins
- The ability to recycle used electronic skins to create new ones presents opportunities for businesses in the tech, e-waste management, and sustainability industries.
Who This Affects Most
- Prosthetics
- The development of electronic skins that mimic human skin qualities presents opportunities for creating more realistic prosthetics with better sensory capabilities.
- Wearables
- Self-healing electronic skins provide opportunities for advancements in wearable technology, particularly in the medical field.
- E-waste Management
- The ability to recycle used electronic skins to create new ones presents a sustainable opportunity for businesses in the e-waste management industry.
