Implementación de un sistema de impresión 3D para la enseñanza de modelos mecánicos en la carrera de TSE en la ULEAM extensión El Carmen.

Abstract

The objective of this work is the construction and evaluation of mechanical supports using 3D printing, applied in the area of electromechanical technology at ULEAM, El Carmen extension. The problem lies in the need to have efficient and economical mechanical solutions for various engineering projects. The methodology consists of designing the mechanical supports using 3D modeling software, printing them using a 3D printer, and then carrying out strength and functionality tests to evaluate their performance. The results obtained demonstrate that 3D printed supports meet the required specifications, offering a viable, fast and economical alternative to traditional manufacturing methods. In conclusion, the implementation of 3D printing for the creation of mechanical supports represents a significant innovation in technical training, allowing the optimization of resources and the development of personalized solutions in the electromechanical field.