The Integration and Impact of Exoskeletons in Product Lifecycle Management (PLM)

Abstract

This article explores the transformative role of exoskeletons in Product Lifecycle Management (PLM), examining their impact across various stages of product development, manufacturing, and maintenance. It delves into how these wearable devices enhance worker capabilities, improve safety, and contribute to overall efficiency and sustainability in industrial settings. The article discusses the application of exoskeletons in design and prototyping, their benefits in reducing physical strain and improving productivity in manufacturing, and their role in facilitating maintenance and repair tasks. Additionally, it examines the use of exoskeletons in training and simulation, highlighting their potential to create more realistic learning environments and improve skill acquisition. The article also addresses the contribution of exoskeletons to sustainability through extended workforce longevity and improved product quality. Finally, it explores the challenges of implementing exoskeleton technology, including cost considerations and adaptation requirements, before concluding with an outlook on future prospects and research directions in this rapidly evolving field. Throughout, the article emphasizes how exoskeletons are reshaping traditional approaches to PLM, offering insights into their potential to revolutionize industrial processes and workforce management.