While robotics today is often limited to solid structures, a newly developed slime robot is changing this perception. This robot could potentially revolutionize the medical field thanks to its flexibility and versatility.
Made of a special polymer blend containing polyvinyl, borax and alcohol, the robot stands out with its viscoelastic properties. Thanks to these properties, it can solidify under pressure and turn into a liquid when released.
The Role of Robotics in Medical Applications
The robot, which can be magnetically controlled with its structure containing neodymium particles, can go to the most difficult-to-reach parts of the body and deliver drugs directly to the target point. The ability to maneuver in tight spaces is especially important in difficult surgical interventions and medical emergencies. For example, this robot can isolate toxic substances accidentally swallowed by children by wrapping them in the stomach and preventing toxic leakage.
Robot’s Ability to Repair Itself
The robot is also capable of self-repair. When damaged, it can reconstruct itself thanks to the strong hydrogen bonds in its internal structure. Scientists are working to further expand the capabilities of this flexible robot to discover how it can save more lives in the future. Although it may seem like science fiction for now, this slime robot is expected to have an important place in the field of medicine and health. This innovative technology could revolutionize emergencies and challenging medical interventions.
Source: NewScientist