Abstract
Abstract: The rehabilitation process for post-stroke patients often involves expensive haptic gloves, limiting accessibility to effective therapeutic tools. Additionally, existing market offerings are characterized by their bulkiness, impeding user comfort and freedom of movement during rehabilitation exercises. This paper will explain the development of our project which aims to develop an affordable and ergonomically designed haptic glove for post-stroke hand rehabilitation, utilizing flex sensors, vibration motors, and Arduino technology. This project not only addresses the financial constraints associated with rehabilitation technology but also aims to revolutionize the user experience by creating a compact, user-friendly, and affordable haptic glove, ultimately facilitating more accessible and effective post-stroke hand rehabilitation.
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