Analysis of Economical and Quality Aspects of Cable Manufacturing Process
Chowdhury, Md Rahmat Ullah (2023)
Chowdhury, Md Rahmat Ullah
2023
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2023103128183
https://urn.fi/URN:NBN:fi:amk-2023103128183
Tiivistelmä
This research paper describes an extensive review of manufacturing processes, techniques, materials, and technologies, highlighting waste and cost reduction implications for manufacturing.
The demand for power and domestic cables in various industries has witnessed significant growth over the years. As a result, manufacturers continuously try to increase their production and focus on quality management. This research paper aims to explore the different types of cables, their applications, and technical and physical data.
The purpose of the article is to improve time performance and production by analyzing the effects of introducing Lean methodology in low-voltage cable manufacturing. This study made use of several Lean approach tools, such as focused enhancement, OEE, and daily performance evaluation. It is important to understand the current manufacturing process practiced in power cable factories. The study describes the practical impacts and outcomes of these technologies to support businesses in implementing lean thinking. Results and practical consequences show that the manager can quickly identify and remove manufacturing waste from the process by using the technique. By increasing the effectiveness, the resource allocation at the end of the procedure can be optimized. The manufacturing sector must certify the process for successfully implementing lean methodology. The successful use of lean methodology has been linked to reducing changeover time in project execution. A qualitative research approach was employed to gather empirical data using semi-structured interviews as the second method of data collection.
The results show that the use of this methodology can lead to a 50 percent reduction in time, that is, from 200 min to 100 min. This technique may be used by other industries, such as the manufacturing sector, to shorten shipping and production times. Moreover, lean techniques are demonstrated through pilot projects so that they may be used on different types of machinery.
The demand for power and domestic cables in various industries has witnessed significant growth over the years. As a result, manufacturers continuously try to increase their production and focus on quality management. This research paper aims to explore the different types of cables, their applications, and technical and physical data.
The purpose of the article is to improve time performance and production by analyzing the effects of introducing Lean methodology in low-voltage cable manufacturing. This study made use of several Lean approach tools, such as focused enhancement, OEE, and daily performance evaluation. It is important to understand the current manufacturing process practiced in power cable factories. The study describes the practical impacts and outcomes of these technologies to support businesses in implementing lean thinking. Results and practical consequences show that the manager can quickly identify and remove manufacturing waste from the process by using the technique. By increasing the effectiveness, the resource allocation at the end of the procedure can be optimized. The manufacturing sector must certify the process for successfully implementing lean methodology. The successful use of lean methodology has been linked to reducing changeover time in project execution. A qualitative research approach was employed to gather empirical data using semi-structured interviews as the second method of data collection.
The results show that the use of this methodology can lead to a 50 percent reduction in time, that is, from 200 min to 100 min. This technique may be used by other industries, such as the manufacturing sector, to shorten shipping and production times. Moreover, lean techniques are demonstrated through pilot projects so that they may be used on different types of machinery.