RECONFIGURABLE MANUFACTURING SYSTEMS IN THE CONTEXT OF INDUSTRY 4.0: ARCHITECTURE, BENEFITS, AND DEVELOPMENT PERSPECTIVES

Résumé

Reconfigurable manufacturing systems, RMS, represent a modern
solution for adapting industrial processes to dynamic market requirements
and current trends in smart manufacturing. This article presents a
systematic analysis of the concept of reconfigurable manufacturing systems,
highlighting the fundamental principles, architecture, and main components,
as well as their role in the context of Industry 4.0. The essential
characteristics of RMS systems, such as modularity, scalability, and
integrability, which allow for rapid adaptation to changes in demand and
product diversification, are discussed. The paper analyzes the integration of
advanced digital technologies, including the Internet of Things, IoT
technology, cyber-physical systems, and the Digital Twin concept, in order
to optimize reconfiguration processes and increase operational efficiency.
The paper also presents the main benefits and challenges associated with
the implementation of reconfigurable manufacturing systems, with a focus
on their impact on industrial productivity, flexibility, and sustainability.
Finally, future research directions and emerging trends in the field of
RMS are highlighted, underlining the importance of integrating artificial
intelligence and standardization for the development of autonomous and
competitive systems. The presented results contribute to understanding the
strategic role of reconfigurable manufacturing systems in the evolution of
modern industry.