Optimization of the Pasta production line in the “Collective Food Industry”
Keywords:
Value stream mapping, Collective food industry, Pasta ProductionAbstract
Companies focus on their production systems to map, analyze and find ways to apply improvements and increase productivity and become more competitive. The “Bread Industry” Unit works with daily demand, in which it is distributed in two 8-hour shifts with less productive capacity in relation to the nominal capacity of the equipment of 12,000 hour units, being pointed out by the study as problematic, low efficiency (OEE) equipment compared to the world average of 60%. The research focuses on the optimization of the pasta production line as an object of study. Using the value stream mapping tool (MFV) as a methodology, which allows us to see waste, facts that help the unit to propose improvements in the flow of processes, which can contribute to a jump in performance. The results achieved by the research contributed to the grouping of shifts and the use of hours, such as the reduction of starts at the beginning of shifts, the return of meals, weighing of recipes and the increase in hourly productivity by 51%. Actions, which implemented raised the equipment's global efficiency index (OEE) to 65%.References
Busso, C.M.; Miyake, D. I. Análise da aplicação de indicadores alternativos ao Overall Equipment Effectiveness (OEE) na gestão do desempenho global de uma fábrica. http://dx.doi.org/10.1590/S0103-65132012005000068 Produção, v. 23, n. 2, p. 205-225, abr./jun. 2013
Hidalgo Martins G.; Gechele Cleto, M. Mapeamento do Fluxo de Valor e Análise do Valor Agregado: Estudo de caso na indústria de embalagens de papel no Brasil. Journal of Lean Systems, 2016, Vol. 1, Nº 2, pp. 2-24. ISSN 2448-0266
Lima, E. C.O; Zaratin, M. H.. OEE: Utilizando conceito para medir a eficácia de uma equipe de manutenção. SIMPOI, 2014
Santos, A. C. O.; Santos, M. J. Utilização do indicador de eficácia global de equipamento (OEE) na gestão de melhoria contínua do sistema de manufatura: Um estudo de caso. XXVII Encontro Nacional de Engenharia de Produção. A energia que move a produção: um diálogo sobre integração , projeto e sustentabilidade. Foz do Iguaçu, PR, Brasil, 09 a 11 de outubro de 2007
Shook, J. (2010). Managing to Learn. Cambridge, MA: Lean Enterprise Institute, Inc.
Shook, J. Gerenciando para o aprendizado: Usando um processo de gerenciamento A3 para resolver problemas, promover alinhamento, orientar e liderar. São Paulo: Lean Institute Brasil, 2008
Smalley, A. TPM no Coração do Lean. http://www.lean.org.br/comunidade/artigos/pdf/artigo_99.pdf > Acessado em 08 de Agosto de 2016.
Sobek II, D. K.; Jimmerson, C. A3 Reports: Tool for Process Improvement. Proceedings of the Research Engineering conference, Huston, 2004. Disponível em: <http://www.coe.montana.edu/ie/faculty/sobek/ioc_grant/ierc_2004.pdf> Acessado em 16 de Fevereiro de 2015
Sobek II, D. K.; Smalley, A. Entendendo o pensamento A3: Um componente crítico do PDCA da Toyota. Porto Alegre: Bookman, 2010
Suzuki, T. TPM for Process Industries. Portland: Productivity Press. New York, 1994.
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