Solving Component Family Identification Problems on Manufacturing Shop Floor

This article demonstrates effective techniques for component/part family formation problem in the vicinity of cellular manufacturing system. Past investigations reported that part family formation techniques are typically grounded on production flow analysis (PFA) which largely considers operational requirements, sequences and time. Part coding analysis (PCA) is merely counted in cellular manufacturing which is assumed to be the most competent method to identify the part families. In present study different clustering techniques are quantified to develop proficient part families by utilizing Opitz part coding scheme and the techniques are tested on 5 different datasets of size (5×9) to (27×9) and the obtained results are compared with each other. The experimental results reported that the C-Linkage method is more effective in terms of the quality of the solution obtained and has outperformed SLCA and K-means techniques