Making prosthetic sockets more sustainable using pineapple leaves

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About the research

Prosthetic sockets are a vital component of artificial limbs, connecting the prosthesis to the human body. Traditionally, they’re made from carbon fibre composites—strong, but costly to produce, environmentally harmful, and risky for workers’ health during manufacturing. Eric Gaba, postdoctoral researcher at the VUB, is working on a greener solution: prosthetic sockets made from the natural fibres found in pineapple leaves! These fibres, combined with a plant-based eco-resin, offer a biodegradable and affordable alternative, especially for prosthetic centres in low- and middle-income countries. Watch the video to discover how pineapple leaves not only reduce the health implications and carbon footprint but also help make this technology more globally accessible.

Sustainability
Health
Technology
Eric Gaba
VUB

Eric has always been fascinated by how things are created to work. Inspired by the Titanic film, he modeled the Titanic ship with cardboard for a primary school science show. In college, he studied how engineering skills are applied to improve healthcare, particularly for individuals with limb loss. Currently, his research focuses on sustainable prosthetic design, using plant fibers to reinforce prosthetic sockets, driven by the need to make innovations more sustainable.

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