QUALITY CONTROL OF BZ370 INSTRUMENT PANEL MOUNTING BRACKET PRODUCTION USING FAILURE MODES EFFECTS AND ANALYSIS (FMEA) METHOD AT PT. SADIYAH CAHAYA LOGAM

Abstract

Companies are encouraged to create more effective and efficient ways to achieve their goals due to the increasingly fierce competition in the business sector. Companies must create a quality control system for process activities carried out in order to produce high quality products. Control is any observation, activity, or analysis that needs to be carried out in a way that keeps the findings consistent with the objectives. The purpose of this study is to find the cause of defects in the BZ370 Instrument Panel Mounting Bracket Sparepart, in the production of the BZ370 Instrument Panel Mounting bracket, product defects often occur, using the FMEA (Failure Mode and Effect Analysis) method can reduce product defects in the production of the BZ370 Instrument Panel Mounting Bracket Sparepart, identify factors that inhibit the production process, and analyze and determine solutions if there are a large number of defective BZ370 Instrument Panel Mounting Bracket Spareparts during production. Failure Mode and Effect Analysis or FMEA is an acronym that refers to the analysis carried out to determine the factors that affect production. Failure Mode and Effect Analysis, or FMEA, is a technique used to determine the origin and underlying causes of quality problems. To find and stop as many failure modes as possible, RPN (Risk Priority Number) Is a measure used when assessing risk to help identify critical failure modes related to a design or process. There are several factors that are a problem in the production process, namely humans, machines, materials, methods.