by Professor Franscesco Puma, Chief of Thoracic Surgery Department. Full Professor in Thoracic Surgery, Università degli studi di Perugia
We present our experience in the use of the 3D computed tomography – based template in the surgical planning of complex procedures in Thoracic Surgery. We used this approach in two different clinical settings: Tracheal surgery and surgery for extended chest wall tumors.
Continue reading “The possible role of 3D computed tomography models in Thoracic Surgery”
In the latter, this approach made it possible to obtain an ideal customization of the chest wall prosthesis, precisely adapted to the postoperative defect of the chest wall.
The 3D model of the trachea, larynx and carina, allowed us to ascertain the extent of the presumed airway segment to resect and the possible need for additional surgical release maneuvers.
An incision from the surgeon’s scalpel sends liquid oozing over the surface of a the lung, but on this occasion it doesn’t matter if something goes wrong — the doctor can simply create another model with a 3D printer. Continue reading “3D Printed Organs Offer Ultra-Realistic Practice Models”
On the table sits the trachea of a 12-month-old child. The plastic model, an accurate re-creation of a windpipe and bronchial tree, was created with a 3D printer using scans from a patient at the Royal Children’s Hospital. It will be used to train paediatric surgeons in bronchoscopy, a procedure in which a tiny camera is guided through the bronchial tubes into the lungs. Continue reading “3D printers help surgeons hone their skills on replica body parts”