What is it about?
This study emphasises on the immediate need of high operation performances in foundries by uncovering some feeble production metrics of Indian foundries. Where it discusses versatile challenges before foundries in India there it also highlights some advantages of Indian scenario as far as scope of productivity enhancement through Six Sigma is concerned. It also summarises some tools under various phases of Six Sigma that may be more effective and efficient for foundry environments of this sub continent.
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Why is it important?
Six Sigma has been implemented to decrease the scrap (or defects) from a two wheeler's piston castings by 15.02% appreciably. It is one of a rare but successful Six Sigma pilot study that uses response surface methodology as an optimisation technique, among Indian die casting foundries.
Perspectives
Six Sigma's DMAIC methodology has been used to reduce the defect rate among existing operations. Doing things right in first time and keeping them consistently is the only idea behind Six Sigma. An empirical investigation has been carried out in a make-to-order (medium-sized) foundry to demystified Six Sigma among Indians by showing its compatibility with Indian foundry SMEs also.
Dr Bikram Jit Singh
MMDU Mullana
Read the Original
This page is a summary of: Scope of Six Sigma in Indian foundry operations: a case study, International Journal of Services and Operations Management, January 2012, Inderscience Publishers,
DOI: 10.1504/ijsom.2012.048276.
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Resources
Scope of Six Sigma in Indian foundry operations: a case study
Keywords: critical to quality variables; automotive mission plan; AMP; process mapping; cost of poor quality; response surface methodology; RSM; contour plot; process audit sheet; p-chart; sigma calculator; measurement system analysis; MSA; India; six sigma; foundry operations; make-to-order foundries; die casting foundries; optimisation.
Scope of Six Sigma in India Foundries
Oppertunities for Indian Foundries
Contributors
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