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2 Demirkaya Fatih

2 2022

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The Quality Control Tools used for Sustainability of Quality

Demirkaya Fatih

Archiwum Wiedzy Inżynierskiej

2022

T. 7, Nr 1

21--26

Quality Control (QC) is an active process that detects defects in a product claimed to be ready for delivery, so it can be said that QC is the key to maintaining quality. Although quantitative quality control methods based on numbers and measurements provide tangible implications with more reliable results, qualitative measurements are also important for the quality control process. When manufacturers apply appropriate quantitative and qualitative quality control methods in their production processes, they can identify problems in products and produce appropriate solutions. In this research, quality control practices are examined and their effects on the sustainability of quality are investigated. In addition, the functioning of Quality Control methods is revealed, and the usage areas and forms of the methods are examined with examples. While evaluating the Quality and Quality Control methods, which are discussed in a wide range, other titles under the title of Quality are also included within the framework of this study. In today's conditions, the improvement of concepts such as time, less cost, and quality production that gains in value in the production process is directly related to the adequacy of quality control. The aim of this paper is to solve the quality problems in the production process of manufacturing organizations by investigating various technical quality control methods used to improve all these concepts. By eliminating the quality problems and minimizing the losses, the profitability level of the organization will be increased, along with this, the quality will be improved and become sustainable.

FMEA application in production processes and its effects to the manufacturer

Demirkaya Fatih

Archiwum Wiedzy Inżynierskiej

2022

T. 7, Nr 1

27--32

The FMEA (Failure Mode and Effects Analysis) method is a systematic approach used to identify potential failure modes in production processes, as well as the associated effects and likelihood of those failures occurring. The FMEA method helps to prioritize potential failure modes based on their potential impact, allowing organizations to address the most critical issues first. This article presents a comprehensive review of the FMEA method, including its history, principles, and steps. The article also discusses the benefits of the FMEA method for companies, including improved product quality, reduced costs, and enhanced customer satisfaction. The FMEA form is an essential component of the FMEA process, as it helps to ensure that all relevant information is captured and organized in a structured manner. This article will introduce the FMEA method and provide an overview of the FMEA form, including its various sections and how it is used in the FMEA process. The aim of this article is to provide a comprehensive analysis of FMEA and the ways in which it is applied, to ensure the applicability of FMEA to manufacturing processes for manufacturers. In this way, manufacturers will benefit in time, budget, energy and profitability. In addition, with FMEA, problems will be prioritized according to their criticality, and errors will be intervened at the right time and in the fastest way. In the article, an FMEA form will be created for the steel rope production process as a study case, and the benefit and profitability it will provide to the manufacturer will be revealed. In this way, the effect of FMEA in a production process will be embodied.