CPT® Code 0560T

Add-On Code

Anatomic model 3D-printed from image data set(s); each additional individually prepared and processed component of an anatomic structure (List separately in addition to code for primary procedure)

The CPT® Code 0560T refers to the creation of anatomic models that are 3D-printed from image data sets. This procedure involves the preparation and processing of each additional component of an anatomic structure, which is listed separately in addition to the code for the primary procedure. The primary purpose of these 3D-printed models is to assist surgeons in preoperative planning and decision-making, ultimately leading to safer surgical outcomes. By providing a tangible representation of complex anatomical structures, these models allow surgeons to visualize and anticipate various aspects of the anatomy they will encounter during surgery. This includes understanding angles, contours, depths, and any challenging anatomical features that may be present. The models can represent a wide range of anatomical components, including but not limited to bony structures, arteries, veins, nerves, muscles, tendons, ligaments, joints, visceral organs, and tubular structures, as well as intricate organs like the heart and brain. Each model is tailored to the specific anatomy being studied, such as a kidney with a tumor, a spine with congenital scoliosis, or vascular anomalies like a double aortic arch. The process begins with a thorough consultation to assess the surgical requirements related to the critical anatomy. Following this, previously acquired imaging data is evaluated to ensure it is adequate for creating an accurate model. Dedicated software is utilized to generate a computer design file that is compatible with the 3D printer. The selection of materials and colors for the model is an important step, and once the model is printed, it undergoes a cleaning process. Any limitations regarding the printing process are discussed in a final consultation, and photographs of the model are taken for further review. This allows the surgeon and/or radiologist to examine the anatomical relationships as demonstrated by the model, enhancing their understanding and preparation for the surgical procedure.