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Development of new metallic alloys is an essential topic for manufacturing of implants, surgical instrumentation, and corrosion and temperature high resistance materials. Production of these materials must meet the following conditions: quality, reliability, affordability, and sustainability, ensuring cleanliness and high repeatability in the process, therefore are necessary equipment that meet these criterions. This work describes the mechanical design of a melting furnace electric arc controlled atmosphere (HEV) with the aim to produce metallic alloys with melting point up to 3000 ° C. The HEV design is based on the theory concerning the mechanical design and computational simulation, allowing geometric analysis, functionality and ergonomics of its operation. The results shown and discussed the HEV design from the viewpoints of ergonomic parameters, accessibility, simplicity and economy of operation.

Diseño mecánico de un horno de fusión al arco eléctrico con atmósfera controlada para la fabricación de aleaciones metálicas