Abstract
Biological and biomimetic materials are in high demand for certain applications, and machining them is one of the key challenges. Some researchers have worked together to solve problems related to machining biomedical equipment. In order to improve the material removal rate and surface roughness of the machined surface of biomedical materials by considering several aspects of the machining process. This review discusses the powder mixed electrical discharge machining (PMEDM) method in order to enhance biomedical materials' characteristics, surface morphology, and optimization techniques. By analyzing critical and analytical concerns, the review focuses on the current progress of the PM-EDM process. It highlights future research opportunities for the PMEDM process to meet high-quality standards for biomedical materials and its implications for bio implant design.
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