An Efficient Model for Supply Chain Logistics Case: Scanfil EMS Oy
Sonninen, Juho (2023)
2023
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2023052815003
https://urn.fi/URN:NBN:fi:amk-2023052815003
Tiivistelmä
The objective of this thesis is to provide Scanfil EMS Oy with efficient supply chain logistics model recommendations for two selected commodities. These two commodities are printed cir-cuit boards (PCB) and sheet metal mechanics. The aim of the supply chain logistics models is to reduce required warehouse space and tied-up capital in inventory, as well as increase flexibility in supply chain management. The study was requested by Scanfil EMS Oy as they are developing their supply chain logistics operations.
The study presents recommendations for PCB and sheet metal mechanics. The research meth-ods chosen for the study were literature review, semi-structured interview, and a workshop in Pärnu, Estonia.
The research provided useful findings which were used to develop recommendations of supply chain logistics models for the two commodities. It was found that the classic purchasing model is the ideal option for printed circuit boards as of right now, but looking into the future, this should be re-evaluated whether Scanfil decides to switch PCB supply over from Asia to Europe. For the sheet metal mechanics, it was found that the call-off with lead time model is the ideal option. This was mostly due to supply being in Europe, making it easier to implement.
The recommendations provided in this thesis can help Scanfil reduce required warehouse space and tied-up capital in inventory, as well as increase flexibility in supply chain management. As supply chain management is an ongoing process of development, it is important for Scanfil EMS Oy to continuously evaluate and update their supply chain strategies and models. This will make sure that they remain competitive in the market and can effectively meet the changing demands of their customers.
The study considers topics such as supply chain management, supply chain models, logistics, inventory management, total cost of ownership, geographical location of production and different typed of geopolitical risks.
The study presents recommendations for PCB and sheet metal mechanics. The research meth-ods chosen for the study were literature review, semi-structured interview, and a workshop in Pärnu, Estonia.
The research provided useful findings which were used to develop recommendations of supply chain logistics models for the two commodities. It was found that the classic purchasing model is the ideal option for printed circuit boards as of right now, but looking into the future, this should be re-evaluated whether Scanfil decides to switch PCB supply over from Asia to Europe. For the sheet metal mechanics, it was found that the call-off with lead time model is the ideal option. This was mostly due to supply being in Europe, making it easier to implement.
The recommendations provided in this thesis can help Scanfil reduce required warehouse space and tied-up capital in inventory, as well as increase flexibility in supply chain management. As supply chain management is an ongoing process of development, it is important for Scanfil EMS Oy to continuously evaluate and update their supply chain strategies and models. This will make sure that they remain competitive in the market and can effectively meet the changing demands of their customers.
The study considers topics such as supply chain management, supply chain models, logistics, inventory management, total cost of ownership, geographical location of production and different typed of geopolitical risks.