I have developed a revolutionary tool for automatic 3D reconstruction of bones, skin, and vital organs from X-rays and CT scans, our aim was to enhance medical diagnostics and educational practices by converting two-dimensional scans into comprehensive three-dimensional models.
My client's requirement involved the creation of a comprehensive 3D body modeling software capable of reconstructing bones, skin, and various organs from X-ray and computed tomography scans. The goal was to enable medical practitioners to gain enhanced visibility for improved patient treatment and deeper insights into diseases and anomalies. Additionally, the tool would serve as a training resource for students and interns, allowing them to practice diagnostics and surgical procedures using lifelike 3D medical models.
My primary focus revolved around seamlessly integrating the 3D construction platform into the client's existing ecosystem. This involved ensuring compatibility with X-rays and CT scans sourced from radiology, cardiology, and other laboratory departments. Our objective was to enable easy access to these reconstructed 3D models across hospital workstations and personal devices, facilitating enhanced medical practices and educational opportunities.