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To Improve the Machine Efficiency and Reduce Non- Confirmative Rate of Bearing Ring With Help of Six-Sigma Methodology

Author(s):

Divyeshkumar. U. Patel , AHMEDABAD INSTITUTE OF TECHNOLOGY; Dixt. M. Patel, AHMEDABAD INSTITUTE OF TECHNOLOGY; Raviprakash. C. Patel, AHMEDABAD INSTITUTE OF TECHNOLOGY; Jitendra. J. Thakkar, AHMEDABAD INSTITUTE OF TECHNOLOGY

Keywords:

Reduce Non-Confirmative, Six-Sigma Methodology

Abstract

In recent year an increasing member of companies have used different types of quality programs in order to increase internal and external customer satisfaction as well as to reduce quality cost Among all of these programs six sigma is perhaps the most widely accepted initiative by all a broad range of organization. The six sigma approach has been increasingly adopted worldwide in the manufacturing sector in order to enhance productivity and quality performance and to make the process robust to quality variation This project discuss the process variation. This project discuss the process variation reducing the process variation and bearing reducing the rework by Appling DMAIC approach Project deals with application of six sigma DMAIC methodology in an industry which provides a frame work to identify quantity and eliminate sources of variation in an operation process in question to optimize the operation verifies improve and sustain performance process yield with well exerted control plans six sigma improve the process performance of the critical operational process leading better utilization of recourses decreases variation and maintain consistent quality of the process output. This study focus on Reducing Non-confirmative Rate of Bearings Rings Using DMAIC approach of six sigma methodology.

Other Details

Paper ID: IJSRDV5I10113
Published in: Volume : 5, Issue : 1
Publication Date: 01/04/2017
Page(s): 86-91

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