LCA comparing 3D printed splints to conventional splints for traumatic injuries

In the context of climate change, hospitals that use significant amounts of disposable products are undertaking sustainability initiatives. This can be supported by Life Cycle Analysis (LCA), in which an increase is noted in the medical domain to study and implement sustainable alternatives. However, the sustainable implementation of new technology such as 3D printing to generate personalized medical devices raises additional challenges. As common wrist injuries like a distal radius fracture, show a high prevalence (200-400 times per 100.000 persons), the department of trauma surgery at the Radboud University Medical Centre in Nijmegen, is focusing on implementing 3D printing of personalized splints. Simultaneously, a case study is initiated to assess the environmental impact of this innovation with conventional medical devices: mineral or plastic splints. This research enhances future work on sustainability implementation of the 3D printed splint treatment for wrist injuries, potentially expediting its adoption as the standard treatment. This project raises awareness about the environmental impact of medical products and treatments, while fostering collaboration for future sustainable projects in the hospital.