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Poma, V., Vargas, S. (2024). Reduction of excess waste through lean manufacturing and SLP tools in a peruvian balanced food SME [Universidad de Lima]. https://hdl.handle.net/20.500.12724/21093
Poma, V., Vargas, S. Reduction of excess waste through lean manufacturing and SLP tools in a peruvian balanced food SME []. PE: Universidad de Lima; 2024. https://hdl.handle.net/20.500.12724/21093
@misc{renati/503225,
title = "Reduction of excess waste through lean manufacturing and SLP tools in a peruvian balanced food SME",
author = "Vargas Balbin, Stefanie Alexa",
publisher = "Universidad de Lima",
year = "2024"
}
Title: Reduction of excess waste through lean manufacturing and SLP tools in a peruvian balanced food SME
Authors(s): Poma Cornejo, Valeria; Vargas Balbin, Stefanie Alexa
Advisor(s): Flores Pérez, Alberto Enrique
OCDE field: https://purl.org/pe-repo/ocde/ford#2.11.04
Issue Date: 2024
Institution: Universidad de Lima
Abstract: Actualmente, debido a la alta competitividad industrial, para que las PYMES del sector de alimentos balanceados se mantengan a flote, es fundamental minimizar sus costos. Para ello, deben ser capaces de mejorar la eficiencia de sus procesos productivos, objetivo alcanzable desde la reducción de residuos. Esta investigación abordará esta problemática con un nuevo modelo compuesto por 4 herramientas: SLP, 5S, TPM y Trabajo Estándar; y la validación de este, mediante una prueba piloto de 5S y el uso del simulador Arena para validar todas las herramientas en conjunto. El uso de las herramientas permitió mejorar cada uno de los indicadores propuestos para solucionar todas las causas raíz, logrando la mayoría de los objetivos planteados en el caso de estudio. Finalmente, luego de realizar este estudio, se concluyó que la combinación de las herramientas SLP y Lean Manufacturing permiten reducir la cantidad de desperdicio por debajo del estándar de la industria, disminuyendo alrededor de 1.7%.
Currently, due to the high industrial competitiveness, for the SME in the balanced food sector to stay afloat, it is essential to minimize their costs. To do this, they must be able to improve the efficiency of their production processes, an achievable goal from the reduction of waste. This research will abroad this problem with a new model composed of 4 tools: SLP, 5S, TPM and Standard Work; and the validation of this, through a pilot test for 5S and the use of the Arena simulator to validate all the tools together. In this way, the use of the tools made it possible to improve each of the proposed indicators to solve all the root causes, achieving most of the objectives that were set out in the case study. Finally, after carrying out this study, it was concluded that the combination of the SLP and Lean Manufacturing tools allow reducing the amount of waste below the industry standard, decreasing by around 1.7%.
Currently, due to the high industrial competitiveness, for the SME in the balanced food sector to stay afloat, it is essential to minimize their costs. To do this, they must be able to improve the efficiency of their production processes, an achievable goal from the reduction of waste. This research will abroad this problem with a new model composed of 4 tools: SLP, 5S, TPM and Standard Work; and the validation of this, through a pilot test for 5S and the use of the Arena simulator to validate all the tools together. In this way, the use of the tools made it possible to improve each of the proposed indicators to solve all the root causes, achieving most of the objectives that were set out in the case study. Finally, after carrying out this study, it was concluded that the combination of the SLP and Lean Manufacturing tools allow reducing the amount of waste below the industry standard, decreasing by around 1.7%.
Link to repository: https://hdl.handle.net/20.500.12724/21093
Discipline: Ingeniería Industrial
Grade or title grantor: Universidad de Lima. Facultad de Ingeniería
Grade or title: Ingeniero Industrial
Juror: Corzo Chávez, Jorge Antonio; Quiroz Flores, Juan Carlos; Flores Pérez, Alberto Enrique
Register date: 26-Aug-2024
This item is licensed under a Creative Commons License