Additive manufacturing improves access to orthoses in Togo through plastic recycling

Valentine Delbruel from Claude Bernard University Lyon 1 demonstrated that integrating recycled plastic waste into the manufacturing of orthoses can reduce costs by 20%, making these devices accessible to 30% of patients in Togo requiring functional rehabilitation. This research, supported by the MATEIS laboratory, was validated in 2024.

Valentine Delbruel's thesis addresses the issue of access to orthoses in Togo, where 30% of patients require these devices to improve their mobility. Due to their high cost and difficult supply, many patients cannot benefit from them. The research focuses on using additive manufacturing to make these orthoses accessible and affordable.

By integrating recycled plastic waste into the manufacturing process, the research has reduced production costs by 20%. This innovative approach not only decreases expenses but also contributes to environmental sustainability, addressing crucial issues in the current context of climate crisis.

The results of this research have strategic implications for policymakers and health stakeholders in Togo. Local production of orthoses from recycled materials could transform the medical device market, making care more accessible and affordable while supporting sustainable development initiatives.

« « By integrating recycled plastic waste, we can reduce the manufacturing costs of orthoses by 20%, making these essential devices accessible to a larger number of patients in Togo. » »

« « This research highlights the importance of accessing innovative solutions to improve the quality of life for populations while supporting environmental sustainability. » »