PRODUCTIVITY ANALYSIS OF AUTOMATIC PACKAGING MACHINE 2D BARCODE TRACK AND TRACE SYSTEM BY OVERALL EQUIPMENT EFFICIENCY METHOD AT PT IHJ
Increasing productivity is critical for the sector, particularly the pharmaceutical industry, to compete globally. With developments in technology and digitization, it is possible to optimize the production process in order to manufacture items efficiently and of high quality for consumer sati...
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Format: | Theses |
Language: | Indonesia |
Online Access: | https://digilib.itb.ac.id/gdl/view/74011 |
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Institution: | Institut Teknologi Bandung |
Language: | Indonesia |
Summary: | Increasing productivity is critical for the sector, particularly the pharmaceutical
industry, to compete globally. With developments in technology and digitization, it
is possible to optimize the production process in order to manufacture items
efficiently and of high quality for consumer satisfaction. As a result, we require a
production performance measurement system. Overall Equipment Effectiveness
(OEE) is a method for measuring and improving manufacturing process efficiency.
The purpose of this research is to determine the initial OEE value on an automatic
packing machine using a Track and Trace 2D Barcode system. Quantitative
research approaches are utilized to collect OEE values, examine factors that
influence OEE values, develop improvement strategies, and evaluate solutions at
the machine productivity level. The study's findings show that the OEE value on an
automatic packaging machine equipped with a Track and Trace 2D Barcode system
is 30.49%. This figure is still significantly below than the company's standard of
85%. The Availability (AV) and Rate of Quality (RQ) values are relatively high, but
the Performance Rate (PE) remains low, resulting in a poor OEE number.
According to the Six Big Losses analysis, the biggest loss that causes a low OEE
value is reduced speed, which occurs when the machine is operated at a speed that
does not match the design (ideal) speed of the machine (usually the actual speed is
lower than the ideal speed), which can be caused by a small batch size. The problem
resolution step conducted after discovering and evaluating the root of the problem
using the fish bone diagram method is to increase the number of batches for the
packing process. According to the average OEE calculation after issue solving, the
figure is 67.67%. The OEE value obtained increased by 37.18% when compared to
the previous OEE value.
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