A 3D-printed robotic hand was developed by a team of South Korean scientists. The device uses a highly elastic, rubber-like material that can be printed in three dimensions.
The robotic hand can perform very precise movements, which represents a significant advancement in the field of flexible robotics. The combination of the elastic material with 3D printing technology allows for this precision in movements.
One of the main achievements of the device is its ability to grasp small and heavy objects simultaneously, such as an egg or a one-liter bottle. This versatility demonstrates the practical potential of the technology for future applications.




