A Review Project study of Product Life Cycle Management With Detail Implementation of modern Techniques Likes Three S’s, and CE
Authors: Pravin Patidar#1, Y.P. Ladhe#2,
Number of views: 334
- In this research work maximum effort has done to present a detail review of PLM (Product Life Cycle Management) to making sustainability of Product Life Cycle Management through different modern techniques or as the steps involved in PLM. For the deep understanding of PLM function and make easier approach to practical implementation of PLM in manufacturing industry a detail step wise study is provide for the different modern techniques which may steps to establish an efficient PLM system, like Product's Use Full Life, Iterative or Repeated process for PLM, Morphology, Three S's, Environmental consideration in PLM, Concurrent engineering, Modular design for PLM, Mass customization, in PLM Design for: Form and Functional, Simplified Process, Evolution, Innovation, Manufacture. This research work guide for better product quality, sales, and durability this project work is being derived, we can get the benefits of reduced time to reaching the market, Increased full price sales Improved product quality and reliability, Reduced prototyping costs, Reduced waste, Seasonal fluctuation management, Improved forecasting to reduce material costs, Maximize supply chain collaboration. Areas of PLM in which the implementation will affect is higher productivity, Enhanced market image, Elimination of defects and waste, reduced costs and better cost management, Higher profitability, after following the suggestion and recommendation of this work it is possible to develop the Improved customer focus from the company or manufacturare side and satisfaction to Increase customer loyalty and retention, This work will also be beneficial to increase job security of the employees, and finally present the improved and innovative processes with continuous improvement.'
Keywords— Product lifecycle management (PLM), Three S’s, CE, Implementation of modern Techniques, Concurrent engineering, , Mass customization, PLM Design, Improved product quality and reliability.