IU Health Cuts Surgical Model Turnaround to 24 Hours With In-House FDA-Cleared 3D Printing Studio

IU Health has launched one of the first FDA-cleared in-house 3D printing programs at a hospital in the United States. Thanks to its in-house 3D printing studio, surgeons can produce models tailored to each patient’s anatomy directly within the hospital, without relying on outside vendors. This shift is fundamentally changing patient preparation, particularly in time-critical fields such as cancer surgery.

FDA-Cleared 3D Printing Studio: Why Does In-House Production Matter?

The newly established IU Health 3D Print Studio allows surgeons to order physical models for preoperative planning and patient consultations. While sourcing models from outside vendors using traditional methods could take days or weeks, the new studio can deliver a finished model within 24 hours.

The program’s main advantages can be summarized as follows:

• Speed: Surgical planning models can be produced the same day, without waiting on outsourcing.
• Lower cost: In-house production delivers significant savings compared with third-party vendors.
• Personalization: Every model is produced entirely from the patient’s own imaging data.
• Patient communication: Physical models make it easier for surgeons to visually explain complex procedures to patients.

Time Is Critical in Cancer Surgery

Dr. Avinash Mantravadi, Associate Professor of Otolaryngology and Head and Neck Surgery at IU Health, notes that the program’s greatest benefit is seen in cancer patients: “When we see a patient, we want to get them into surgery as soon as possible. Thanks to this studio, after meeting with a patient they can go into surgery next week and still have a physical model available before the operation.”

Dr. Christopher Collier, Chief of Orthopaedic Oncology, highlights the cost advantage: “The more of this work we can do in-house, the bigger the cost savings we’ll achieve for both the system and our patients.”

Why Is In-House 3D Printing Growing in Medicine?

The IU Health case shows how quickly in-house use of medical 3D printing is spreading. FDA-cleared models can be used for surgical planning and training. These models are usually produced with FDM-friendly materials such as PETG or PLA and can be used directly as a reference in a sterile environment.

In Turkey, medical and dental 3D printing services are increasingly preferred for similar needs. Especially for surgical planning models, anatomical structures for training, and patient-specific prosthetic/orthotic designs, FDM technology offers a fast and economical solution.

As we detail in our guide to 3D printing in the medical field, as in-house production capacity grows, the use of 3D printing continues to expand across many areas, from surgical planning models to custom implants.

If you need a medical model or prototype for your own project, you can start by calculating your instant price, then upload your design and get a quick quote. At Ucuz3D, we use FDM technology to produce and deliver surgical planning models, prototype parts, and functional medical components in 1 business day.