Virtual reality and 3D printing in head and neck cancer: an educational experience

TL;DR

This paper explores how virtual reality and 3D printing can improve surgical training for head and neck cancer procedures.

Contribution

The novel contribution is combining VR and 3D printed models to enhance surgical education in oncology.

Findings

Participants showed improved understanding of complex surgical scenarios using VR and 3D models.

The immersive training environment was found to be effective for skill acquisition in a risk-free setting.

The combined approach is seen as a valuable tool for surgical preparation and simulation.

Abstract

In recent years, the growing adoption of Virtual Reality (VR) and 3D printing technologies has revolutionized surgical training by providing innovative opportunities for hands-on education. This study investigates the combined use of VR and 3D printed personalized anatomical models and cutting guides within the field of oral and maxillofacial oncologic surgery.

Materials and methods: A mandibular tumour case was developed using the proposed approach, integrating both virtual and physical tools. Feedback was gathered from twelve surgical residents regarding their understanding of the case, the effectiveness of the immersive and three-dimensional technologies, and their overall satisfaction with the training experience.

Participants reported enhanced comprehension of complex surgical scenarios and valued the practical utility of the VR simulator combined with 3D printed models. The immersive environment facilitated skill acquisition in a risk-free setting.

The findings underscore the significant added value of integrating VR and 3D printing technologies in surgical training, preparation, and simulation. This approach offers a safe, effective training platform that improves readiness for complex procedures in oncologic surgery and has the potential to be extended to other branches of maxillofacial surgery.

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