Increasing the Efficiency of Wiring Harness Production Using the Rangked Positional Weight and Largest Candidate Rule Methods
Peningkatan Efisiensi Produksi Wiring Harness Dengan Metode Rangked Positional Weight dan Largest Candidate Rule
DOI:
https://doi.org/10.21070/ups.3087Keywords:
Wiring Harness, Efficiency, Line Balancing, Ranked Positional Weight, Largest Candidate RuleAbstract
In the production of wiring harness doors, there was a problem with not achieving the production target of 6.19% or 6.15 units in January 2023. This was caused by differences in production output at each work station which resulted in overlapping. Line balancing is carried out by measuring working time in each wiring harness production on the man power production line using a stopwatch. The aim of this research is to determine the optimum production line for wiring harnesses and to increase production efficiency for wiring harnesses according to the target line efficiency. The method used is the ranked positional weight and the largest candidate rule. The results of the analysis of the ranked positional weight method and the largest candidate rule method obtained an efficiency value of 96.33%, the resulting output is 144.5 wiring haness units with 12 work stations. These results are better than before using both methods.
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