Streamlining Manufacturing Operations Through Lean Six Sigma and Industrial Automation
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Polytechnic University of Puerto Rico
Abstract
This pharmaceutical packaging design project integrates Lean Six Sigma principles and industrial automation to optimize a manual intensive process. Focused on loading/unloading, visual inspection, and palletizing, the improvements include automated systems, such as cameras for inspections and robotic lifts for loading and palletizing. The study reveals a substantial
reduction in cycle time, from 91 to 72 minutes, showcasing a 20% improvement. Statistical analysis indicates significant results (p < 0.001), validating the effectiveness of the enhancements. The streamlined process aligns with Lean principles, emphasizing efficiency, waste reduction, and improved quality control. The project contributes to operational excellence, offering a
competitive edge in the pharmaceutical industry. Key Terms ⎯ Cycle Time Reduction, Industrial Automation, Lean Six Sigma,
Pharmaceutical Packaging.
Description
Design Project Article for the Graduate Programs at Polytechnic University of Puerto Rico
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Citation
Rivera Sánchez, Y. (2023). Streamlining Manufacturing Operations Through Lean Six Sigma and Industrial Automation [Unpublished manuscript]. Graduate School, Polytechnic University of Puerto Rico.