Optimization of the Measurement System for Variability Reduction and Process Improvement through Six Sigma

For Outokumpu, YIELD stands as the paramount indicator, quantifying process efficiency and organizational performance. Its purpose is to assess improvement opportunities and guide actions towards achieving maximum effectiveness, thus meeting internal objectives. Interdepartmental collaboration and fostering a culture of change and innovation are fundamental commitments involving all process areas. The project in question aims to rectify the measurement system in a specific section of the material process that goes through the Bright Annealing Line (BAL), responsible for trimming at the beginning and end of the line. The implementation of the Six Sigma methodology aims to reduce the variability of the trimmed meters, standardize the cutting process and decrease cycle times. The baseline has been defined as the time span between January and October 2023. Through an analysis of information, scope, and costs, the goal is to establish ideal conditions for the new measurement system, seeking tangible benefits for the process line, improving performance, and, as a result, increasing the company's profits. The information reveals a comprehensive and strategic approach to addressing the challenges identified in the process. The combination of methodology, interdepartmental collaboration, and focus on organizational performance suggests a strong commitment to continuous improvement.

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Publication Details

Published
2024-10-01
DOI
https://doi.org/10.21872/2024iise_7041
Primary Topic
Fault Detection and Control Systems
Type
article
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article

Optimization of the Measurement System for Variability Reduction and Process Improvement through Six Sigma

Arias Arellano Carol Misael
Fault Detection and Control Systems
article

Optimization of the Measurement System for Variability Reduction and Process Improvement through Six Sigma

Arias Arellano Carol Misael
article en

Abstract

For Outokumpu, YIELD stands as the paramount indicator, quantifying process efficiency and organizational performance. Its purpose is to assess improvement opportunities and guide actions towards achieving maximum effectiveness, thus meeting internal objectives. Interdepartmental collaboration and fostering a culture of change and innovation are fundamental commitments involving all process areas. The project in question aims to rectify the measurement system in a specific section of the material process that goes through the Bright Annealing Line (BAL), responsible for trimming at the beginning and end of the line. The implementation of the Six Sigma methodology aims to reduce the variability of the trimmed meters, standardize the cutting process and decrease cycle times. The baseline has been defined as the time span between January and October 2023. Through an analysis of information, scope, and costs, the goal is to establish ideal conditions for the new measurement system, seeking tangible benefits for the process line, improving performance, and, as a result, increasing the company's profits. The information reveals a comprehensive and strategic approach to addressing the challenges identified in the process. The combination of methodology, interdepartmental collaboration, and focus on organizational performance suggests a strong commitment to continuous improvement.

Openalex Percentile: Top 61%
Fault Detection and Control Systems
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Optimization of the Measurement System for Variability Reduction and Process Improvement through Six Sigma — Arias Arellano Carol Misael · (2024) | TGRS Research Map | TGRS