Economically Sustainable Process Optimization for Enhanced Fulfillment Performance in Healthcare Manufacturing

Abstract

Within healthcare manufacturing there is increasing pressure to deliver high-quality products efficiently and reliably, without cessation, to meet the needs of healthcare providers. This is amplified by the demand of care increasing for the aging population, needing to be cost effective in a competitive landscape, and staying ahead of the rapidly changing healthcare supply chain environment that was underscored by the COVID-19 pandemic. Uninterrupted equipment operation is critical in these continuous production systems, as even minor disruptions can propagate upstream, making the system unreliable and cause significant stress on the workforce and limits overall operation effectiveness. These operational issues have adverse impacts on patients’ access to life-saving products from both a quality of life and an economic perspective.  This case study examines the implementation of a people-centric operational excellence (PCOEx) framework that addresses frequent disruptions, unbalanced equipment utilization, and reduced operational efficiency in a healthcare component manufacturing facility's pack-out area. Based on the Sawhney Model, this systems-thinking approach incorporates four key modules: systematic problem identification, performance measurement hierarchies, reliability-based analysis, and sustainability risk assessment. The implementation resulted in significant improvements in equipment reliability, reduced failure rates, and enhanced resource utilization. The framework's emphasis on employee engagement led to improved working conditions while simultaneously reducing equipment downtime. These results provide a comprehensive roadmap for healthcare manufacturers seeking to achieve sustainable operational excellence, demonstrating how integrating people-centric approaches with traditional operational improvement methods help organizations maintain high-quality standards in an increasingly competitive industry.