• DocumentCode
    115160
  • Title

    Creating 5S climate at the shopfloor

  • Author

    Ayabakan, Murat ; Eken, Ozgur

  • Author_Institution
    Aisin Otomotiv Parcalari San Tic AS, Turkey
  • fYear
    2014
  • fDate
    27-31 July 2014
  • Firstpage
    1907
  • Lastpage
    1928
  • Abstract
    Lean manufacturing involves a variety of principles and techniques, all of which have the same ultimate goal: to eliminate waste and non-value added activities at every production or service process in order to bring the most satisfaction to the customer. Lean manufacturing is a systematic approach in order to identify and eliminate waste (non value-added activities). For companies to successfully implement lean; it is very much required that they maintain a proper 5S condition in the whole organization. The "5S" is the vital requirement to make all operations standard whereas it helps to point out the continuous improvement areas. 5S is a simple tool for organizing workplace in a clean, efficient and safe manner to enhance productivity, visual management and to ensure the introduction of standardized working. [1] This study presents an approach for adapting 5S techniques in a production facility and gives a complete guide about a systematic method. Due to increased demand, high product variety, and a push production system, the plant has suffered from excessive wastes, unorganized workstations, and unhealthy work environment. This has translated into increased production cost, frequent delays, and low workers morale. Under such conditions, it has become difficult to implement effective continuous improvement studies. 5S is utilized for achieving project objectives. The work was a combination of both culture changes and physical changes on the shop floor. The project has drastically changed the plant and developed the infrastructure for a successful implementation of lean manufacturing studies.
  • Keywords
    continuous improvement; costing; customer satisfaction; industrial plants; lean production; organisational aspects; push-pull production; 5S techniques; continuous improvement areas; culture changes; customer satisfaction; delays; lean manufacturing; low workers morale; nonvalue added activities elimination; physical changes; plant; production cost; production facility; production process; productivity enhancement; push production system; service process; shopfloor; standardized working; visual management; waste elimination; Companies; Employment; Manufacturing; Productivity; Standards organizations; Systematics;
  • fLanguage
    English
  • Publisher
    ieee
  • Conference_Titel
    Management of Engineering & Technology (PICMET), 2014 Portland International Conference on
  • Conference_Location
    Kanazawa
  • Type

    conf

  • Filename
    6921048