Smart Factory For Education QualiFF04

Parent Product

Educational CNC Machines and Systems – Industry 4.0

Smart Factory For Education QualiFF04

Smart Factory for Education QualiFF04 delivers a real-world manufacturing experience using full-scale industrial equipment that produces actual products from start to finish.

The state-of-the-art lab includes automated storage and retrieval systems (ASRS), autonomous mobile robots (AMRs), industrial robotic arms, CNC milling and lathe machines, laser marking, visual inspection systems, and fully integrated Industry 4.0 sensors and networking.

Smart sensors provide real-time data across a multi-layered Ethernet and IIoT network, with centralized management, cloud connectivity, and built-in data analytics.

Computer Integrated Manufacturing 4.0 features a modular, multi-station design that adapts to your specific requirements. Each station is customizable and expandable, with support for third-party components and tailored configurations.

CIM 4.0 Manufacturing Demonstration Lines for Education

The Computer Integrated Manufacturing 4.0 solution brings real-world industrial automation and smart manufacturing concepts into vocational and engineering classrooms. It prepares students for modern industrial environments and future-focused careers by simulating the technologies found in today’s advanced factories.

Taking a system-level approach, Computer Integrated Manufacturing 4.0 goes beyond individual components to cover networking, communications, and full systems integration—along with the essential practical skills required in today’s industry. Collaboration and the integration of advanced technologies lie at the heart of Industry 4.0, and Computer Integrated Manufacturing 4.0 reflects that in every aspect.

We are committed to delivering cutting-edge training systems that support the evolving needs of Industry 4.0. By enhancing hands-on learning and introducing key areas of modern industrial practice, we’re helping shape the next generation of skilled professionals.

This manufacturing platform delivers a complete, end-to-end process using real industrial equipment capable of handling actual products. Designed to reflect the technologies used in today’s smart factories, the system includes all core components of advanced manufacturing and provides hands-on training in automation and Industry 4.0 concepts for learners at all levels.

At the heart of the system is an Autonomous Mobile Robot (AMR), which works alongside automated storage, industrial robotics, CNC milling and turning, laser marking, visual inspection, and software for real-time monitoring, control, sorting, and palletizing. This immersive setup helps students apply their skills in real-world scenarios.

Through a fully simulated Computer Integrated Manufacturing (CIM) project, students gain a comprehensive understanding of the production cycle—from customer orders and inventory management to automated manufacturing, quality inspection, and final delivery.

Learners configure and operate Computer Integrated Manufacturing cells, gaining insight into mass production processes using industrial-grade components: full-size conveyor systems, AMRs, 3-axis CNC mills, CNC lathes, ASRS (Automated Storage & Retrieval Systems), laser marking, visual inspection tools, and a complete Industry 4.0 sensor and network integration setup.

Our Industry 4.0 Education Solution is a modular, flexible platform built to teach the principles and technologies of smart manufacturing and computer-integrated production.

	Autonomous Mobile Robots (AMR) Autonomous mobile robot with industrial cobot mounted on a platform for pallet handling. Includes safety features for collision prevention, battery-powered operation with charger and docking station. Equipped with AMR control and programming software, integrated robot guidance vision sensor, and wireless communication for software control.
	Automated Storage & Retrieval Station (ASRS) The ASRS features a dedicated 4-axis robot that transfers parts between storage cells and conveyor pallets. It is managed and monitored through a central control console and can be equipped with RFID and other tracking devices for inventory and location management.
	UV Laser Marking System The autonomous mobile robot transfers parts from the CNC mill to the laser marking system. The marking machine handles challenging materials, including plastics, reflective metals, and heat-sensitive surfaces. Once marking is complete, the robot moves the part to the next station.
	Central Control Station The central control station includes a vision system, PLC programming software, and MES control software. It features a Siemens SIMATIC S7-1200 PLC and supports system communication, automation, and interaction within an Industry 4.0 environment.
	Small CNC Lathe Machining The robot loads parts from the conveyor to the CNC lathe, which can machine various materials including aluminum, brass, plastic, wood, composites, and wax. Once machining is complete, the door opens automatically and the robot transfers the part to the next station.
	Small CNC Center Machining The 3-axis CNC center's door automatically opens as the robot loads parts from the previous station. It can machine a variety of materials, including aluminum, brass, plastic, wood, composites, and wax. Once machining is complete, the door opens again, and the robot transfers the part to the next station.

Computer Integrated Manufacturing 4.0 is the latest generation of computer-integrated manufacturing systems designed for advanced training in educational institutions. Upgraded with Industry 4.0-ready components and content, the system ensures students gain practical experience in installing, operating, and utilizing cutting-edge capabilities, just as they would upgrade an existing production line.

At the heart of the solution is the Computer Integrated Manufacturing Industry 4.0 system, a full-scale manufacturing production line. It includes stations that manufacture parts, assemble products, and test for quality control standards. Custom-tailored to meet specific needs, the system features a modular, expandable design with fully configurable stations that support third-party components. This flexible setup can be built with more or fewer stations based on the needs of the school and program, offering students in-depth training on both industry-specific and Industry 4.0-related skills.