Integrating Remanufactured and 3D Parts in Asset Maintenance Improvement

This research aims to optimize asset performance by integrating spare parts replacement, remanufactured parts, 3D printed parts, and repair, corrective, and preventive maintenance. The study reviews the current asset maintenance practices and proposes a framework for integrating various maintenance and spare parts strategies to achieve maximum asset performance. The proposed framework considers the asset's criticality, the availability of spare parts, and the effectiveness of each maintenance strategy in influencing the reliability and useful life of the spare parts utilized. The research also explores the potential of using 3D printing technology to produce spare parts and remanufacturing as a sustainable alternative to buying new parts. A case study is conducted to demonstrate the effectiveness of the proposed framework in optimizing asset performance. The results show that integrating the various maintenance strategies can save significant maintenance time and improve asset performance. The study concludes that a comprehensive approach to asset maintenance that considers all available maintenance and spare parts strategies is essential for achieving maximum asset performance, reducing downtime, and improving the overall efficiency of asset management.