Abstract
This article presents an innovative approach to adenoidectomy training through the development of a 3-dimensional (3D) printing model, termed e-A.L.Ex (endoscopic-adenoidectomy learning experience). Adenoidectomy, a common procedure in otolaryngology, has evolved with the integration of endoscopic techniques, necessitating precise training methodologies. The model, created from computed tomography scans and utilizing 3D printing technology, accurately replicates anatomical structures crucial for adenoidectomy. Surgical simulation with bovine thymus mimics adenoid tissue, providing a realistic training experience. Collaboration with a 3D printing company ensured the model's development, emphasizing ethical considerations, and obtaining institutional approval. The discussion highlights the model's significance in enhancing surgical education and addressing the learning curve associated with endoscopic procedures. Overall, the e-A.L.Ex model represents a pivotal tool in advancing endoscopic adenoidectomy training, with implications for improving surgical outcomes.