Keywords
Three-dimensional printing
Assistive technology
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Abstract
Objectives: Build, with 3D technology, a customized biomechanical orthosis for elbow injuries caused by ischemic stroke and establish a cost-effectiveness relationship between its efficiency and production value. Method: This research is characterized by being quantitative, descriptive, analytical and cross-sectional. The sample consisted of 8 patients, 3 males and 5 females, who had a diagnosis of Ischemic Stroke. The instrument used to obtain the orthoses models was the Ultimaker 2+ machine and the Medical Research Council (MRC) Score. for the evaluation of the research components. Results: It was noticeable the evolution of muscle strength gain between individuals before and after the use of the orthosis. Conclusion: The personalized and customizable dynamic assistance orthosis, through the 3D printing technique, favored muscle strength gain and facilitated adjustments according to the patient's need, being considered as another promising health technology to assist in the rehabilitation process.
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