3D imaging allows surgeons to examine wounds in high detail, including depth, shape, and surrounding tissue. It supports accurate planning for reconstructive procedures and helps reduce surgical risks. This technology enables better visualization of injury severity and healing progress over time. Thermal imaging reveals temperature variations in tissue, indicating issues like inflammation or infection. It can also detect poor blood circulation, which is critical for determining tissue viability. Together, 3D and thermal imaging provide a more complete understanding of wound condition. This combination improves diagnostic accuracy and enhances surgical precision significantly.
Gunshot wounds are a major issue in war zones, with many needing reconstructive surgery. We aim to combine 3D scanning, thermal imaging, and ultrasound into one AI-powered tool to:
This solution will help model wound closure and evaluate limb functionality, paving the way for improved plastic surgery outcomes.
This technology can also assist in breast reconstruction after mastectomy by modeling tissue and guiding surgical planning.