Summary
This project introduces an innovative method to build custom, wireless medical implants inside the body using a robotic probe that enters through a small 'keyhole' incision and prints and assembles complex functional devices without the trauma associated with traditional, large-incision surgery. This method not only reduces recovery times and surgical risks but also broadens the accessibility and potential applications of wireless implants, benefiting a wider range of patients. This innovative technology promises to revolutionize medical fields such as cardiac care, lung surgery, and biomedica
