Applications of the WASPAS Methodology in Remanufacturing Decision Making

Abstract

At least the original from the original equipment manufacturer (OEM).Product used for performance specification Returns from the customer's point of view Reproducibility of the process and it’s At least from scratch for the resulting product Equivalent to manufactured equivalent warranty Providing warranty, Remanufacturing costs your business Help reduce. How are your products? are designed and their life their environment at all stages of the cycle Considering impacts, raw materials, energy and water costs you minimize can keep of waste you need to dispose of You'll also save money by downsizing. WASPAS Method Weighted sum model (WSM) and weighted product Advantages of model (wpm) utilities. WSM and WPM Integration, ranking of WASPAS alternatives increases accuracy. That at the stage, WASPAS is an optimum calculates the additive parameter, it will be given in detail later. The WASPAS method of analysis is excellent the best solution. Short distance and negative-best is more than solution the long-range solution determines, but a comparison of these distances not considered significant Alternative: Width, Size, Thickness, and Weight. Evaluation Preference: Mounting Plate, Anti-rotation guide, Ball screw, Belt drive mount, Belt pulley assembly to calculate the final value, The result it is seen that Anti-rotation guide is got the first rank where as is the Ball screw is having the lowest rank, The value of the dataset for Range of Re Manufacturing in WASPAS (Weighted Aggregated Sum Product Assessment) method shows that it results in Anti-rotation guide and top ranking.