Construcción y evaluación de acoples impresos en 3D para el uso en taller mecánico para la carrera de TSE en la ULEAM Extensión El Carmen.

Abstract

The advancement of 3D printing has opened new possibilities for manufacturing mechanical parts, offering fast, customizable, and cost-effective solutions. This project focuses on designing, building, and evaluating 3D-printed mechanical couplings for use in mechanical workshops under standard conditions. The objective is to validate this technology as a viable alternative to traditional methods, promoting its practical application. The process included CAD design of the couplings, printing with materials such as PLA, ABS, and PETG, and static and dynamic load tests to analyze resistance, deformation, and wear. These tests simulated real workshop conditions, applying controlled forces and evaluating the performance of the parts. Preliminary results indicate that the couplings meet functional requirements, demonstrating adequate resistance under various conditions. Data analysis will help identify the most effective materials and designs to optimize performance. This project contributes to digital manufacturing by promoting 3D printing as a key tool to reduce costs and improve production times in practical applications. Its adoption could transform the production of mechanical parts in the near future.