3D-Printed Abdominal Aorta

Precision Through Digital Reconstruction
To tackle the challenges of endovascular surgery, we developed a 3D-printed medical device using a digital STL file generated from the virtual 3D reconstruction of a patient’s arterial tree. This enabled the precise reproduction of the patient’s aorta, including its complex arterial pathology and exact dimensions. The device was produced in an ISO 13485-certified environment, ensuring compliance with international medical device standards.

Detailed and Realistic Anatomy
The 3D-printed abdominal aorta is a hollow, flexible, and highly manipulable model that closely replicates the arterial anatomy of a patient. It features detailed structures such as the celiac trunk, renal arteries, superior mesenteric artery, and common iliac arteries, providing surgeons with a comprehensive view of the endovascular system.

Ethical and Durable Training Solution
The aorta, produced using a patented additive manufacturing technique known as ‘Dynamic Molding,’ replicates the anatomical and mechanical properties of real tissue. It is durable, designed for repeated use without compromising performance, and can be sutured and perfused. As a humane alternative to cadavers or animals, it offers an ethical and sustainable solution for training purposes.

Enhancing Surgical Decision-Making
The 3D device played a critical role in decision-making, enabling the precise selection and positioning of the endovascular device for the patient. By accurately replicating the patient’s arterial anatomy and mechanics, it served as an invaluable tool for preoperative preparation.

Hands-On Training for Residents
In addition to its use in planning, the device provided realistic haptic feedback, giving endovascular surgery residents hands-on experience in a controlled environment. This ensured they were well-prepared for real surgeries, bridging the gap between theoretical knowledge and practical application.