Optimizing Configured Manufacturing: A Framework for Remake Order Management and Cost Transparency

Configured manufacturing faces considerable challenges related to defect management, particularly concerning the decision to remake entire products or merely repair defective components. This paper presents a robust framework designed to streamline remake order management, thereby facilitating cost transparency and enhancing operational efficiency. By implementing a systematic decision-making algorithm rooted in parameters such as defect severity, financial implications, time constraints, and customer feedback, we aim to optimize workflows in manufacturing settings. Our methodology includes modifications to existing production order systems and the introduction of a finance-specific general ledger account for better tracking of costs associated with remakes. Through case studies and empirical data, we illustrate significant improvements in defect management, resource allocation, and cost reduction. The implications are profound for practitioners in manufacturing, supplying practical strategies that bolster supply chain efficiency and customer satisfaction.