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Broadening the Concept of Poka Yoke Beyond Automotive Industry

.; Balan, E.; Constantin, G.; Bendic V. (2013) Forecast the impact of change in a manufacturing environment, WSEAS International Conference on Industrial and Manufacturing Technologies (INMAT13), p. 202 - 205. Nataraj, K. (2013) How to Use Poka-Yoke (Mistake Proofing) Technique to Improve Software Quality. Available at http://www.softwaretestinghelp.com/poka-yoke/. Ramin, S.; et. al. (2011) Improving Productivity through Mistake-proofing of Construction Processes, CSIT International Conference on Intelligent Building and Management, vol

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The Effect of Lean Tools on the Safety Level in Manufacturing Organisations

, https://doi.org/10.1051/matecconf/201818301005 Helmi, S.A., Nordin, N.N., Hisjam, M., 2017. Errors prevention in manufacturing process through integration of Poka Yoke and TRIZ . p. 020025, https://doi.org/10.1063/1.5010642 Hines, P., Rich, N., 1997. The seven value stream mapping tools . Int. J. Oper. Prod. Manag. 17, 46–64, https://doi.org/10.1108/01443579710157989 Ingaldi, M., Dziuba, S.T., Cierniak-Emerych, A., 2018. Analysis of problems during implementation of Lean Manufacturing elements . MATEC Web Conf. 183, 01004, https

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Reduction of defects in the lapping process of the silicon wafer manufacturing: the Six Sigma application

, thereby improving the overall quality of the outcomes; Control: the methodology and results of each stage are clearly spelt out in sufficient detail to allow the replication in future processes to identify and correct early errors and prevent a financial loss due to defects in the yield. At this stage, Six Sigma tools of poka yoke, statistical process and quality control charts, and control plan were used. 3 Research results Stage 1 — Define: the key aim of this phase was to mutually agree on a clear and concise problem statement, gain a fuller understanding

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Implementation of the SMED method in a production enterprise

Abstract

The increase in competitiveness between production enterprises results from the contemporary conditions of the global economy. Technical progress, globalization and constantly increasing customer requirements contribute to the development of organizational and business management techniques. The improvement of production is currently accompanied by modern tools and methods of Lean Manufacturing concepts such as: SMED, 5S, Kaiznen, Kanban, Poka-Yoke etc. The SMED method plays an important role in improving production processes. It also affects the reduction of losses and wastage, increase of value for stakeholders (especially for customers), as well as better motivation for employees. Thanks to the SMED method, the production company is able to achieve greater efficiency and productivity, as well as the high quality of products and services provided.

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Risk Analysis of Production Process for Automotive and Electrical Engineering Industry using FMEA

References ANDRÁSSYOVÁ, Z. - HRUBEC, J. - KOTUS, M. - DAŇKO, M. 2011. Application of method Poka Yoke in quality control. In Contemporary Aspects of Production Engineering. Warszawa : Warsaw University of Life Sciences, 2011. pp. 13-18. ISBN 978-83-928072-9-2. BURDA, M. - ČIČO, P. - KOTUS, M. - DAŇKO, M. 2011. The risk assessment by FMEA at workplace. In Processes Improvement (Monography: Borkowski, S. - Stasiak-Betlejewska, R.). Trnava : Tripsoft, 2011. pp. 116-125. ISBN 978-80-89291-40-3. KAPLÍK, P

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Improvement of Manufacturing Process Quality According to Final Inspection Results

References ANDRÁSSYOVÁ, Z. - HRUBEC, J. - KOTUS, M. - DAŇKO, M. 2011. Application of method Poka Yoke in quality control. In XXth International Students Scientific Conference : proceedings. Contemporary Aspects of Production Engineering. Warszawa : Warsaw University of Life Sciences, pp. 13-18. ISBN 978-83-928072-9-2. BUJNA, M. - KOTUS, M. - PRÍSTAVKA, M. - FÖLDEŠIOVÁ, D. 2012. Analýza ohrozenia metódou FMEA. In Technika v technológiách agrosektora 2012. Nitra : SPU, s. 32-35. ISBN 978

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Constructive Variants for Personalised Formwork

. Robotic variable fabric formwork. Xuyou, Yang, et al., et al. Hong Kong : The Association for Computer-Aided Architectural Design Researchin Asia, 2017. Protocols, Flows and Glitches, Proceedings of the22ndInternational Conference of the Association for Computer-Aided Architectural Design Research in Asia(CAADRIA). pp. 873-882. 5. Aplicaţii ale sistemelor Poka Yoke în producţia de componente electronice pentru industria auto+. Oprean, Constantin, Kifor, Claudiu Vasile and Magdoiu, Alex. s.l. : Quality - Access to Success, 2011, CNSIS Journal, Vol. 12, pp. 27

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Primena »Six Sigma« U Kontroli Kvaliteta Zdravstvenih Laboratorija

References Hinckley MC. Defining the best quality-control systems by design and inspection. Clin Chem 1997; 43: 873-9. Hinckley CM, Barkan P. The role of variation, mistakes, and complexity in producing nonconformities. J Qual Technol 1995; 27: 242-9. Shingo S. Zero quality control: source inspection and the poka-yoke system 1986: 1-60 Productivity Press Cambridge, MA. Lapworth R, Teal TK. Laboratory blunders revisited. Ann Clin Biochem 1994; 31: 78

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Opportunities for the applications of FMEA Model in logistics processes in Bulgarian enterprises

, Science and Technology Vol. 3, No. 7, pp. 25-38 13. Schmidt, S. (2013). Preventive Methods In Logistics Poka-Yoke And Failure Mode And Effect Analysis (FMEA), Acta technica corviniensis - Bulletin of Engineering Tome VI, pp.27-30

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An Analysis of Factors and Effects of Product Design Quality

(2): 35-57. Schonberger, R. J. (1986) World Class Manufacturing: The Lessons of Simplicity Applied, New York, NY: Free Press. Sethi, R. (2000) “New Product Quality and Product Development Teams”, The Journal of Marketing, 64 (2): 1-14. Shingo, S. (1986) Zero Quality Control: Source Inspection and The Poka-yoke System, Stamford, CT: Productivity Press. Swink, M. L., V. A. Mabert, and J. C. Sandvig (1996) “Customizing concurrent engineering processes: five case studies”, Journal of Product Innovation

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