3D Printed Casts for Broken Limbs


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Real Leaders

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3D Printed Casts for Broken Limbs

Brazilian healthtech startup Fix has developed a new cast for fixing broken limbs that is 3D-printed and biodegradable.

Made from environmentally friendly bioplastic — beetroot, sugarcane, and corn pulp — the web-like design lets the skin breathe, meaning less sweating and itching from traditional plaster casts, and it can also get wet without damage.

Once you’re healed and ready to dispose of it, the cast will biodegrade in 9 months and can be used as compost or fertilizer. Plaster casts are made from petroleum products and are tough to dispose of without creating environmental harm. Fix makes 30 different styles for fingers, wrists, and shoulders and has eliminated the need for 2.5 tons of plaster serving more than 4,000 patients.

According to the Association of American Medical Colleges, hospitals produce 4.4% of global greenhouse emissions. With many seeking to improve their medical waste recycling, this sector is primed for innovation.


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Real Leaders

Overview

Brazilian startup Fix has created 3D-printed, biodegradable casts made from sustainable bioplastics derived from beetroot, sugarcane, and corn pulp that allow skin to breathe, reduce discomfort, and can be composted after use, addressing the environmental impact of traditional petroleum-based plaster casts; the company offers multiple designs for different limbs and has prevented 2.5 tons of plaster waste while treating over 4,000 patients, contributing to efforts in the medical sector to reduce waste and greenhouse

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