The use of smart and complicated technologies in manufacturing industries has brought new issues to the maintenance systems in recent years. In this research, an intensive literature review is performed to identify and classify these issues. Inspired by the recent advances that Building Information Modeling (BIM) has brought to the construction industry, the research proposes adopting BIM in manufacturing maintenance systems to address the existing issues. A list of BIM capabilities utilized for addressing maintenance issues of buildings is extracted from the literature. It is argued that these BIM capabilities can also solve similar maintenance issues found in manufacturing industries. A BIM-based corrective maintenance model for an aluminum casting plant is developed to investigate the application of sample BIM capabilities in a manufacturing maintenance system. Twenty maintenance experts are invited to interact with the developed pilot model. Rapid locating of equipment requiring repairs, easy access to documents and records, efficient collaborative cloud environment, and expedited operations are among the identified advantages of BIM capabilities in the case. This research contributes to the body of knowledge by providing a comprehensive list of categorized manufacturing maintenance issues. Nominated BIM capabilities to address the identified manufacturing maintenance issues are recommended. The achieved results of this research can inspire manufacturing maintenance practitioners and researchers to adopt similar technologies to BIM to improve manufacturing maintenance systems.

近年来，智能复杂技术在制造业中的应用给维护系统带来了新的问题。在这项研究中，进行了深入的文献回顾以识别和分类这些问题。受建筑信息模型 (BIM) 为建筑行业带来的最新进展的启发，该研究建议在制造维护系统中采用 BIM 来解决现有问题。从文献中提取了用于解决建筑物维护问题的 BIM 功能列表。有人认为，这些 BIM 功能也可以解决制造业中发现的类似维护问题。开发了一种基于 BIM 的铝铸造厂纠正性维护模型，以研究示例 BIM 功能在制造维护系统中的应用。邀请了 20 位维护专家与开发的试点模型进行互动。快速定位需要维修的设备、轻松访问文档和记录、高效的协作云环境以及快速操作是该案例中 BIM 功能的显着优势。这项研究通过提供分类制造维护问题的综合列表，为知识体系做出了贡献。建议使用指定的 BIM 功能来解决已识别的制造维护问题。