As part of the Erasmus+ Project ACCEDE, an innovative 3D-printed stomach model was developed and successfully presented at the simulation congress InSIM 2024 in Reutlingen (Germany) through a scientific poster. The demonstrated model, created using 3D printing technology and medical imaging data (CT scans), allows for realistic simulation of emergencies in endoscopy, enhancing preparedness for potential complications in clinical practice.

The publication of the corresponding 3D printing files and a detailed construction manual generated significant interest among conference participants. Following on from this the free availability was perceived as a valuable contribution to fostering collaboration and networking within the medical education community. The ACCEDE project with its platform for sharing resources such as 3D models was seen as a great contribution to enhance the quality of simulation training on an international level.

Application of the Models in Various Simulation Trainings

The presented stomach models were successfully integrated into various simulation training sessions to teach both anatomical structures and practical skills. The thereby presented structure of the organs helped the participants to gain a better spatial understanding of the stomach's size and shape. This proved particularly beneficial for teaching specific endoscopy techniques and preparing for clinical emergencies.

Gathered feedback on the 3D printing files was overwhelmingly positive, since the files allowed users to replicate models and adapt them to their specific training needs. The high-quality printing data and comprehensive instructions significantly increased the educational value of the models.

Overall, the ACCEDE project has demonstrated how modern technologies and international collaboration can significantly improve medical education and patient safety through innovative solutions like 3D-printed training models.

SK
Selina Kim