• Title of article

    Development of the Flexible-Manufacturing-System Model for the Furniture Industry

  • Author/Authors

    JAFFAR, AHMED Universiti Teknologi MARA - Faculty of Mechanical Engineering, Malaysia , NOR HAYATI, SAAD Universiti Teknologi MARA - Faculty of Mechanical Engineering, Malaysia

  • From page
    61
  • To page
    71
  • Abstract
    Rapid changes in technology and consumer demands are challenging the economic viability offixed production lines. The manufacturing industry must become more flexible and able to quickly respond to changes in the market.Computational technology makes this possible. This report will show that the use ofthe Flexible-Manufacturing-System (FMS) model will greatly help meet these new challenges. The adaptation ofFMS to other industries will serve to facilitate changes affecting choices for consumers, the nature ofwork, and the fortune of companies. The research presented in this report shows that the furniture manufacturing industry would benefit the greatest from adopting the FMS model in Malaysia. The findings ofthis paper are based on a case study carried out on a local furniture manufacturing company in Selangor, Malaysia.An FMS simulation was built (using Quest software) to evaluate the industry s performance capability. This model is used to examine the effectiveness of manufacturing operation systems for small and medium-sized industries with the goal of improving it.
  • Keywords
    Furniture Industry , FMS Technology , Quest Simulation , PhysicalModelIntroductionSevere competition has forced many manufacturers to critically look at the optionof using emerging technology to gain a competitive edge. One option is the useof the Flexible , Manufacturing , System (FMS) model. This model promises toachieve the efficiency and utilization found in mass production while also allowingthe flexibility to produce a variety of parts.FMS is a production system which consists of a set of identical orFurniture Industry , FMS Technology , Quest Simulation , Physical Model
  • Journal title
    Journal of Mechanical Engineering
  • Journal title
    Journal of Mechanical Engineering
  • Record number

    2583051