Transforming patient care through precision 3D printing,
custom medical devices & innovative scanning technology
Why am I here?
During my studies I encountered Romi, a one-and-a-half-year-old girl who had undergone a corneal transplant. I was asked to create a customized eye protector for her. Witnessing the improvement in her condition and her family's relief made me realize — this was the path I wished to pursue.
Across multiple departments and hospitals, I design, scan, model, and 3D print custom medical solutions — from training models to patient-specific devices.
Designing 3D models for training, improving patient understanding and student education. Creation of animated films for demonstration and instruction. Printing models for training and explanatory purposes.
Designing and printing customized boluses to eliminate air gaps and enable precise radiation dosing. Customized fixation devices, personalized phantoms, and additional accessories.
Scanning, designing, fitting, and printing customized splints. Each device is tailored to the patient's exact anatomy for optimal recovery.
Designing and printing pelvises and femurs for hip replacement surgeries. Enabling surgeons to practice and plan complex procedures with patient-specific anatomical models.
Assisting in research and printing training tools for interns — including models for drilling and sawing practice on anatomically accurate reproductions.
Invented and built by me as part of a concept for an AI-based splint manufacturing machine. This device autonomously scans a patient's limb to generate a precise 3D model, which can then be used to automatically design and manufacture a perfectly fitted splint.
Designing and producing custom protective splints for athletes, soldiers, and patients. From face masks for footballers to arm guards for combat soldiers — each piece is precision-fitted using 3D scanning and printing.
Collaborating with industry leaders to push the boundaries of custom orthotic design.
3D scanning of the patient's anatomy using advanced scanning technology.
CAD modeling of the custom device, optimized for fit and function.
3D printing with medical-grade materials at sub-millimeter precision.
Final fitting, adjustments, and delivery to the patient or medical team.