A simulation solution for improvement of quality and productivity in failure textile industry

Making high quality and improving productivity has become increasingly critical role in industry and has been the focus of study by the researchers. From a practical perspective, how to measure quality and productivity suitably is important for a firm to determine whether the desired target is achieved. Measuring quality and productivity improvement in an appropriate way has received widespread attention due to the vital role the customer satisfaction plays in gaining competitive advantages. Since quality and productivity improvement directly correlates with customer satisfaction, measuring quality and productivity that attempts to asses validity is a concern for many firms. A systematic procedure has to be developed for designing a framework for improvement of quality and productivity. The benefit of carrying out such a procedure is to improve the quality and productivity by establishing control procedures to ensure that the performance level does not fall below the desired level. In this paper, a new methodology for measuring and framework for improvement of quality and productivity is proposed. The aim of this article is the implementation of Total Quality Management (TQM) and using certain assumptions the generalization of certain results in fabric dyeing process industry by the simulation process and Concluded through a graph.