As part of the ongoing development of the 3D Medical Printing Development Hub at the University of Warith Al-Anbiyaa (UOWA) has taken on a transformative case in pediatric prosthetics.

Hussein, an 11-year-old boy, was born with a congenital hand deformity resulting in the absence of fingers. To help improve both daily function and self-esteem, the UOWA team developed a custom prosthetic solution tailored precisely to his needs.

Using detailed measurements of Hussein’s affected hand and referencing his healthy hand for symmetry, engineers employed Blender software to design a realistic digital model of prosthetic fingers. The design was guided by several key priorities:

• Anatomical comfort to ensure long-term wearability.
• Flexible, partially movable fingers to allow grasping of light objects.
• A realistic aesthetic suitable for a child his age, supporting confidence and social engagement.

The final prosthesis will be produced using medical-grade silicone, chosen for its flexibility, softness, and skin compatibility—ensuring a safe, comfortable experience for the child over time.

This case reflects a larger commitment by the 3D Printing Development Hub to develop custom, child-focused prosthetics that bridge form and function. By combining digital innovation with empathy, the team continues to create life-changing solutions that empower young patients like Hussein to engage fully with the world around them.