New Robotic Finger Revolutionizes Medical Examinations with Human-Like Touch

Developed by Chinese researchers, the soft robotic finger can perform tasks like taking pulses and detecting lumps, potentially transforming healthcare in areas with limited medical resources.

The robotic finger, created by the University of Science and Technology of China, mimics the tactile sensing of human fingers using conductive fiber coils and liquid metal fibers.
This technology aims to enhance early detection of diseases such as breast cancer by providing a gentle and precise touch during examinations.
The device has successfully demonstrated its ability to locate arteries and detect lumps in testing, showing promise for use in clinical settings.
Researchers plan to integrate machine learning to enable automatic diagnosis, particularly benefiting areas with a shortage of healthcare professionals.
Future developments will focus on increasing the finger's flexibility and dexterity to further mimic the complex movements of human hands.