research
The Implant Would Be Printed After the Incision
An NSF-backed Ohio State project aims to build patient-specific wireless devices inside the body through a keyhole opening.
Summary
An NSF-backed Ohio State project aims to build patient-specific wireless devices inside the body through a keyhole opening.
Ohio State researchers are developing a robotic probe that could print and assemble wireless medical implants through a small incision. A new $492,146 National Science Foundation award supports work on conductive and dielectric materials, sub-millimeter features, multilayer devices, and the integration of components that cannot be printed. The proposed approach could allow larger antennas or battery-free structures without a large surgical opening. It remains a research program with ambitious performance targets, not a demonstrated clinical procedure.
Why it matters
An NSF-backed Ohio State project aims to build patient-specific wireless devices inside the body through a keyhole opening.
Limits and context
- A new $492,146 National Science Foundation award supports work on conductive and dielectric materials, sub-millimeter features, multilayer devices, and the integration of components that cannot be printed.
- It remains a research program with ambitious performance targets, not a demonstrated clinical procedure.
Key claims
An NSF-backed Ohio State project aims to build patient-specific wireless devices inside the body through a keyhole opening.
Qualification: A new $492,146 National Science Foundation award supports work on conductive and dielectric materials, sub-millimeter features, multilayer devices, and the integration of components that cannot be printed.
Evidence: source-2026-07-14-005
Sources
- Ohio State: Wireless medical implants built inside the bodyOhio State · secondary reporting
Corrections
No corrections have been recorded for this story.