Optimización con enfoque a diseño y simulación en la idealización del proceso de embalaje

Héctor Luis Gutiérrez Martínez; Enrique de Jesús Mohedano Torres; Silvia Sarahi Cortés Zapata; Sebastián Arath Isidro Manzano; Johana Melina Anguiano Montiel

doi:10.61273/neyart.v4i2.159

Authors

Héctor Luis Gutiérrez Martínez National Technological Institute of Mexico
Enrique de Jesús Mohedano Torres National Technological Institute of Mexico
Silvia Sarahi Cortés Zapata National Technological Institute of Mexico
Sebastián Arath Isidro Manzano National Technological Institute of Mexico
Johana Melina Anguiano Montiel National Technological Institute of Mexico

DOI:

https://doi.org/10.61273/neyart.v4i2.159

Keywords:

Concurrent Engineering, Design, Optimization, Packaging, Simulation

Abstract

This research project, entitled “Optimization with a Design and Simulation Approach in the Idealization of the Packaging Process,” aimed to optimize the packaging system of a ceramics company. To this end, concurrent engineering methodology was applied to redesign cubing processes focused on improving the efficiency, safety, and sustainability of ceramic product transportation.

Additionally, an automated Excel tool linked to SolidWorks 2024 was also developed, which allows for the generation of customized packaging from a base file. This automation has reduced errors, standardized processes, and decreased dependence on the engineering department, directly benefiting departments such as export, purchasing, and production.

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