24-Sep-2020 | Market Research Store
Doctors have a helping hand coming their ways. A new medical robotic hand is believed to assist doctors in accurately treating and diagnosing people across the world. It is considered to be a boon as the current technologies are not matching up to the in-person experience. The newly designed smart electronic skin and the medical robotic hand together help in accurately performing important diagnostic using a rubber semiconductor with extreme carrier mobility. This rubber semiconductor material is currently being scaled for manufacturing. According to researcher from University of Houston, the rubbery electronics and integrated systems when assembled together resemble the mechanical elasticity of biological tissues that would have wide range applications.
The smart skin and medical robotic hand are creations that will turn into a game changer in the coming years. In comparison to the brittle traditional semiconductors, the new stretchable electronics have unique mechanical properties. Interestingly, the addition of small amounts of metallic carbon nanotubes (polydimethylsiloxane composite) to the rubbery semiconductor of P3HT is found to enhance the carrier mobility. Current achievement would be the scalable production of high performance stretchable semiconducting nanofilms and the development of fully rubbery transistors. The new way of creating semiconductors to obtain high quality composite films helps maintain consistent production.
Furthermore, the use of these newly produced semiconductors to make medical hands is a positive solution for the medical professionals wanting to lower in-person assistance and also to increase precision for faster recovery after surgery. The electrical efficacy is maintained even when the semiconductor is stretched. This noteworthy advancement without any degradation in quality is much awaited for. When compared to the human skin that stretches only 30% the rubber electronics shows up to 50% stretchability.
Market Research Store has published a report on global robotic surgery system market. The report focuses on the complete market analysis which includes market volume, market size, market share, growth initiators, and forecast trends. These factors are found to have a dramatic impact on the market growth.