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In 2017, Ecuador registered 11,678 people with some type of trauma in their elbows and forearms. Although there are elbow re-habilitation devices available in the national market distributed by commercial companies, they are all imported products with high acquisition and maintenance costs. This investigation presents a conceptual design of a 3D printed dynamic elbow rehabilitator (motor input executed by the user), to achieve a progressive rehabilitation without medical supervision. This includes first the capture of images to obtain dimensions, accompanied by the unique geometric topologies that the individual possesses, in addition to the classic restrictions for the design of biomechanical devices, such as: mechanisms, loads, shape, cost, and material. Subsequently, the design performs a kinematic and resistance analysis of materials using CAD-CAE programs that serve to simulate and define the geometry and materials of the device based on a mechanism. Thus, a unique device is obtained that allows to perform flexo-ex-tension movements from 0 ° to 90 ° that covers all the phases of rehabilitation of the elbow.

DISEÑO DE UNA ÓRTESIS ACTIVA PARA REHABILITACIÓN DE CODO CON TÉCNICAS DE IMPRESIÓN EN 3D