Design of Ph Level Monitoring Tool in Coating Process at PT XYZ Using QFD Method

Authors

  • Betara Churraera Universitas Telkom, Indonesia
  • Wiyono Sutari Universitas Telkom, Indonesia
  • Sheila Amalia Salma Universitas Telkom, Indonesia

DOI:

https://doi.org/10.25124/jrsi.v9i02.572

Keywords:

QFD, Electroplating, DMAI, Six sigma, FMEA, Folding chair

Abstract

PT XYZ is a company engaged in the furniture industry, the products produced are various, one of which is
the Yamato folding chair. Yamato folding chairs are the most produced products, the production process of
Yamato folding chairs consists of three processes, namely the construction process, the nickel chrome
plating process, and the assembly process. In this study, the researchers focused more on the nickel chrome
plating process because the most defects were in this process based on historical data from July 2020 to
December 2021. The nickel plating process also has many types of defects including streaks, burns, yellow,
and so on. Nickel chrome plating process is a metal deposition process on the surface of a metal or nonmetal electrolytically. In the analysis of the problem there is a process that is not fulfilled using the Ishikawa
diagram, 5 whys analysis, and FMEA it is known that the influential factor is the incompatibility of pH levels,
to correct these problems, a tool is designed. The method used for the design of the tool is the QFD (Quality
Function Deployment) method. QFD is a way to improve the quality of products and services by
understanding each consumer's needs, then connecting them through technical aspects to produce products
or services that suit consumer needs in each manufacture product or service produced. The results of this
study are a tool to monitor pH levels so that they are in standard conditions. With the design of a monitoring
tool for pH levels, it is expected to minimize defects that occur in the coating process.

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Published

2024-10-31

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