PROJECT DESCRIPTION
This project designs and implements a Smart Connected Learning Factory (SCLF) cell for the automated production of a milling machine cone (ISO 40). The process integrates an online order interface, an Autonomous Mobile Robot (AMR) for material handling, an articulated robot for machine tending, and a CNC lathe for machining, creating a seamless “lights-out” manufacturing demonstration.
The SCLF serves as a multidisciplinary learning environment, initially involving cycles in Collaborative Robotics, Industrial Automation, Mechanical Manufacturing, and Machining. It is designed for future expansion, including a robotic welding station, digital twin implementation, and new product lines, fully embodying Industry 4.0 principles.
GENERAL OBJECTIVES OF THE PROJECT
Automate the end-to-end production of an ISO 40 milling cone from online order to final dispatch.
Integrate advanced technologies including an AMR, industrial robots, and a CNC lathe within a connected cell
Develop a multidisciplinary learning environment for robotics, automation, and advanced manufacturing.
Implement and demonstrate Industry 4.0 principles using IoT control systems like PLC and Node-RED.
Create a scalable platform ready for future expansion with welding robotics and digital twin technology.
