The robot raises delicate objects without touching

Scientist Marcel Schuck is working on developing a robotic control that can set up fragile and light objects without touching.

The technology this researcher is working for from the Cyril Scientific Institute is based on sound waves, Kosovo Press broadcasts.

His invention is a robot's hand that has something like a halved ball instead of a fist. Between the two largest semi-spheres is a small sphere swimming in the air, held by ultrasonic waves. This phenomenon is known as the acoustic Levite.

Pressure points create where ultrasonic waves overlap, and small objects can be “blocked” between those points and appear to swim in the air. Currently, technology is in the prototype phase, and these two half-sphere are created using a 3D printer.

Robotic hand can be very useful in situations where damage to certain small components can be very costly, so that the human hand should not touch unless necessary, reports Slashgear.

Technology can be very useful in the observation industry, as some of today's used variables are quite soft, but are susceptible to pollution, Kosovas broadcasts