3D Innovation Lab introduces a new patient‑specific 3D‑printed breast phantom designed to elevate oncoplastic surgical training — a breakthrough innovation recently published in BMC Surgery.

This advanced phantom provides surgeons with a highly realistic, pathology‑integrated platform that enhances confidence, precision, and educational outcomes in breast cancer surgery.

A New Generation of Breast Surgery Simulation
Developed using multimaterial PolyJet 3D printing and silicone post‑processing, the phantom replicates the complex biomechanical behavior of glandular tissue, adipose tissue, vascular structures, and tumor lesions.
As stated in the article:

“Surgeons reported high satisfaction regarding haptic realism and ease of use, with most items rated 4–5 on the Likert scale.”

This high-fidelity design allows trainees to rehearse key procedures — including mastectomy flaps, tumor excision, and perforator identification — in a safe, repeatable, and anatomically accurate environment.

Validated Through Clinical Educational Testing
The phantom was evaluated by six experienced breast surgeons, who performed standardized training tasks and completed a structured usability questionnaire.
The study reports:

“The models enhanced procedural confidence, spatial understanding of breast anatomy, and educational engagement.”

A SUS‑like usability score of 71.43 further confirms its strong perceived value for surgical education.

Designed for Training Centers, Hospitals, and Industry
This breast phantom is ideal for:
- Hands‑on oncoplastic training with realistic pathology
- Competency‑based education and skill assessment
- Device testing for surgical instruments and imaging systems
- Simulation courses and workshops requiring portable, reusable models

Its durability, portability, and biosafety‑free handling make it a practical solution for both on‑site and off‑site training programs.

Supporting Modern Oncoplastic Education
By integrating patient‑specific anatomy and tumor morphology, the phantom bridges the gap between traditional training methods and real surgical complexity.
It offers a sustainable, ethical alternative to cadaveric specimens and supports standardized, reproducible training pathways.

With this innovation, 3D Innovation Lab continues to advance the future of surgical simulation, empowering surgeons with tools that improve performance, reduce errors, and enhance patient care. Read the article: