A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The impact of lean production on operational performance: a case study
Purpose This paper aims to investigate the impact of adopting lean manufacturing principles on operational efficiency by eliminating seven major lean wastes (or Muda) in a Malaysian stationery manufacturer. Much of the research on lean considers its application to larger organisations with stable demand patterns. This research examines a small- and medium-sized enterprise (SME) with a volatile demand pattern. Design/methodology/approach A process activity mapping (PAM) methodology was utilized to identify the potential for waste elimination. PAM is a visual tool that considers every step in a production process. Value-added and non-value-added activities are therefore examined to understand hidden wastes and their sources. Findings The results revealed that the adopted lean principles significantly reduce the waiting times. This time reduction resulted in savings (reduction of cycle time) and to a certain extent, can be a crucial driver in continuous improvement sustainability in the production process. Research limitations/implications The study focuses on a single case study and provides a springboard for further research. Future studies examining the results across a broader sample of organisations would develop the findings further. Practical implications The extant literature cites mixed success for lean implementation programmes. The results demonstrate that lean is still recognised as a powerful approach to improving operations in SMEs. Originality/value This paper reflects on the application of lean in a real case study showing the impact of lean on operational performance of an SME.
The impact of lean production on operational performance: a case study
Purpose This paper aims to investigate the impact of adopting lean manufacturing principles on operational efficiency by eliminating seven major lean wastes (or Muda) in a Malaysian stationery manufacturer. Much of the research on lean considers its application to larger organisations with stable demand patterns. This research examines a small- and medium-sized enterprise (SME) with a volatile demand pattern. Design/methodology/approach A process activity mapping (PAM) methodology was utilized to identify the potential for waste elimination. PAM is a visual tool that considers every step in a production process. Value-added and non-value-added activities are therefore examined to understand hidden wastes and their sources. Findings The results revealed that the adopted lean principles significantly reduce the waiting times. This time reduction resulted in savings (reduction of cycle time) and to a certain extent, can be a crucial driver in continuous improvement sustainability in the production process. Research limitations/implications The study focuses on a single case study and provides a springboard for further research. Future studies examining the results across a broader sample of organisations would develop the findings further. Practical implications The extant literature cites mixed success for lean implementation programmes. The results demonstrate that lean is still recognised as a powerful approach to improving operations in SMEs. Originality/value This paper reflects on the application of lean in a real case study showing the impact of lean on operational performance of an SME.
The impact of lean production on operational performance: a case study
Memari, Ashkan (author) / Panjehfouladgaran, Hamid Reza (author) / Rahim, Abd Rahman Abdul (author) / Ahmad, Robiah (author)
2022-10-25
Memari , A , Panjehfouladgaran , H R , Rahim , A R A & Ahmad , R 2022 , ' The impact of lean production on operational performance: a case study ' , Asia-Pacific Journal of Business Administration . https://doi.org/10.1108/APJBA-04-2022-0190
Article (Journal)
Electronic Resource
English
IMPACT OF LEAN MANUFACTURING ON THE OPERATIONAL PERFORMANCE: EVIDENCE FROM TEXTILE INDUSTRY
| BASE | 2021
Role of lean in reducing physical and operational waste and environmental impact
| TIBKAT | 2022