As part of its mission to transform patient care through personalized medical solutions, the 3D Medical Printing Development Hub at the University of Warith Al-Anbiyaa (UOWA) has completed a critical prototype case in orthopaedic innovation.

A 51-year-old patient suffering from advanced osteoarthritis of the hip joint experienced persistent pain and limited mobility. To address this, the medical engineering team conducted a comprehensive analysis of the patient's CT scans to assess joint erosion and its relationship to the surrounding bone.

Using Blender, a powerful 3D modelling software, the team designed a custom hip implant tailored to the patient's anatomy. The prosthetic features a specially contoured head that fits the pelvic cavity, along with integrated fixation elements to ensure secure placement. The design strategically addresses load redistribution and prioritizes long-term mechanical stability.

This bespoke implant is a precursor to manufacturing a final version through 3D printing in a biocompatible material such as titanium. The result is a precise, durable solution that aligns with the hub’s commitment to innovation, function, and patient-centred care.

By advancing personalized orthopaedic treatments, UOWA’s 3D Medical Printing Development Hub continues to reshape the landscape of medical technology in Iraq and beyond.