2019•International Journal of Productivity and Quality ManagementRequires access

Overall equipment effectiveness measurement of TPM manager model machines in flexible manufacturing environment: a case study of automobile sector

Richa Sharma

Open publisher page 22 citations

Abstract

Total productive maintenance (TPM) has provided a quantitative metric tool which is known as overall equipment effectiveness (OEE). OEE provides an efficient and effective way of measuring and analysing the efficiency of a single machine cell or an integrated manufacturing system. The objective of this paper is to highlight the OEE measurement in flexible manufacturing systems of a selected automobile manufacturing plant by enhancing the equipment and plant reliability by eliminating all the losses incurred. In this study, a methodology is presented for analysis of OEE of TPM manager model machines in a selected semi-automated cell. In this paper, an approach is developed to identify and address the losses and failures which are responsible for lowering the OEE. The results show that there was a significant improvement in OEE measurement of TPM manager model machines in the semi-automated cell by addressing the six big losses. The findings of the research determine a significant contribution due to OEE measurement and assessment of losses and therefore were quite useful for the organisation to initiate TPM improvement activities to enhance the overall plant efficiency.

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What this paper is about

Total productive maintenance (TPM) has provided a quantitative metric tool which is known as overall equipment effectiveness (OEE). OEE provides an efficient and effective way of measuring and analysing the efficiency of a single machine cell or an integrated manufacturing system. The objective of this paper is to highlight the OEE measurement in flexible manufacturing systems of a selected automobile manufacturing plant by enhancing the equipment and plant reliability by eliminating all the losses incurred. In this study, a methodology is presented for analysis of OEE of TPM manager model machines in a selected semi-automated cell. In this paper, an approach is developed to identify and address the losses and failures which are responsible for lowering the OEE. The results show that there was a significant improvement in OEE measurement of TPM manager model machines in the semi-automated cell by addressing the six big losses. The findings of the research determine a significant contribution due to OEE measurement and assessment of losses and therefore were quite useful for the organisation to initiate TPM improvement activities to enhance the overall plant efficiency.

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Available abstract

Total productive maintenance (TPM) has provided a quantitative metric tool which is known as overall equipment effectiveness (OEE). OEE provides an efficient and effective way of measuring and analysing the efficiency of a single machine cell or an integrated manufacturing system. The objective of this paper is to highlight the OEE measurement in flexible manufacturing systems of a selected automobile manufacturing plant by enhancing the equipment and plant reliability by eliminating all the losses incurred. In this study, a methodology is presented for analysis of OEE of TPM manager model machines in a selected semi-automated cell. In this paper, an approach is developed to identify and address the losses and failures which are responsible for lowering the OEE. The results show that there was a significant improvement in OEE measurement of TPM manager model machines in the semi-automated cell by addressing the six big losses. The findings of the research determine a significant contribution due to OEE measurement and assessment of losses and therefore were quite useful for the organisation to initiate TPM improvement activities to enhance the overall plant efficiency.

Key concepts: Overall equipment effectiveness, Total productive maintenance, Metric (unit), Automotive industry, Reliability engineering, Cellular manufacturing, Reliability (semiconductor), Manufacturing engineering

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