International Journal of Mechatronics and Manufacturing Technology ISSN: 3139-5058 (Online)

Authors: Avinash Sharma, Ankit Verma, Deepak Kulkarni, Rameshwar Singh

Abstract: Modern manufacturing industries are facing continuous changes in product design, customer demand and production volume. Traditional manufacturing systems are usually designed for mass production and are not capable of adapting quickly to these changes. As a result, industries are shifting toward reconfigurable and flexible manufacturing platforms that can quickly adapt to new production requirements. Reconfigurable Manufacturing Systems (RMS) and Flexible Manufacturing Systems (FMS) provide the ability to adjust production capacity, modify machine structure and integrate new technologies with minimal downtime. These systems allow manufacturers to improve productivity, reduce cost and respond rapidly to market variations. Reconfigurable and flexible manufacturing platforms are built using modular machines, programmable automation, digital control systems and intelligent software. They support quick system reconfiguration, allowing manufacturing lines to switch between different products or production volumes. In recent years, technologies such as industrial robotics, Internet of Things, cloud computing and digital twins have further improved the efficiency of these platforms. This paper discusses the concept of reconfigurable and flexible manufacturing platforms, their key components, system architecture and enabling technologies. The advantages, industrial applications and implementation challenges are also analyzed. A comparison between traditional manufacturing systems, flexible manufacturing systems and reconfigurable manufacturing systems is presented. The study highlights the importance of these advanced platforms in supporting smart manufacturing and Industry 4.0 initiatives.

Keywords: Reconfigurable manufacturing system, Flexible manufacturing system, smart manufacturing, modular production, Industry 4.0, digital manufacturing