Soft Robotic Prostheses: Exploring Present Trends and Broader Impacts
Recent innovations in active prosthetics have significantly improved the rehabilitation of amputees into normal society, increasing the capability of performing activities of daily living (ADL). However, the inherent limitations of traditional prostheses call for the adoption of soft robotic technologies to better bridge the biomimetic gap towards natural human anatomy. This review examines ongoing research within the domain of soft robotic prosthetics, focussing on highlighting the various factors involved in the design and development of these devices, while also speculating on upcoming breakthroughs and their potential broader impacts.
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Low-Cost, Sustainable Solutions for Amputees with a 3D-Printed Integrated Prosthetic System
This article discusses the application of systems engineering principles to the design and development of prosthetics, emphasizing collaboration among stakeholders in medicine, manufacturing, and amputee communities. With an increasing number of amputations due to medical conditions and accidents, the need for affordable and effective prosthetic solutions is critical. The proposed system seeks to streamline the production process through 3D printing to expedite fabrication while addressing high costs and rehabilitation timelines. Stakeholders’ specific roles and requirements are highlighted to ensure compliance and functionality, ultimately aiming to improve the lives of amputees and support their reintegration into society.
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Neehal Sharrma 