Computer Integrated Manufacturing Industry 4.0 System QualiFF02
Computer Integrated Manufacturing Industry 4.0 System QualiFF02 featuring real industrial hardware and end-to-end manufacturing equipment that produces actual products.
A fully functional industrial conveyor system connects workstations, including a six-axis robotic arm, a 5-axis CNC mill, a lathe machine, a 3D warehouse, an AGV (Automated Guided Vehicle), and a visual inspection station. It integrates Industry 4.0 sensors, networking, and system-wide communication.
Smart sensors deliver real-time updates across a multi-layered Ethernet and IIoT network, supported by centralized management, cloud connectivity, and data analytics.
Through hands-on experience with this simulated industrial environment, students gain a comprehensive understanding of the entire Computer Integrated Manufacturing production cycle.
Industry 4.0 marks the next major shift in industrial evolution. From the steam engine in the late 1800s to assembly lines and the rise of computerization, each era has transformed how goods are produced—and how societies function. Industry 4.0 is now reshaping manufacturing with cutting-edge technologies like advanced internet communication, data science, big data, the Internet of Things (IoT), additive manufacturing, and intelligent automation.
By implementing Industry 4.0 practices, manufacturers gain access to advanced tools that enhance efficiency, foster innovation, and drive economic growth.
We are leading the way by delivering advanced training solutions tailored to Industry 4.0. Through enhanced skills development, newly focused areas of study, and integrated certification programs, schools from high schools to post-secondary institutions—can now offer robust Industry 4.0 training aligned with real-world needs.
Our Computer Integrated Manufacturing and FMS solutions provide hands-on training in a fully simulated industrial environment. Students learn the complete production cycle—from customer order and inventory control to automated manufacturing, quality inspection, and final delivery.
The system uses real industrial hardware, including a full-scale manufacturing line that produces actual products. Key components include an industrial conveyor, six-axis robot, 3-axis CNC mill, CNC lathe, ASRS (Automated Storage and Retrieval System), AGV (Automated Guided Vehicle), visual inspection station, Industry 4.0 sensors, and integrated networking.
This modular, flexible platform prepares students with the skills and knowledge needed for modern, technology-driven manufacturing.
 | Six-Axis Robot
The floor-mounted six-axis robot automates loading and unloading of parts throughout the Computer Integrated Manufacturing system. It transfers components to and from the conveyor, CNC mill, CNC lathe, routing stations, and the AGV (Automated Guided Vehicle). |
 | Automated Storage & Retrieval System (ASRS)
The ASRS features a dedicated 4-axis robot that moves 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 inventory and location tracking technologies. |
 | Automated Guided Vehicle (AGV)
The AGV transports parts to and from the Automated Storage & Retrieval System (ASRS). It supports two navigation options: laser-guided and magnetic path guidance. |
 | Industrial Conveyor System
The closed-loop conveyor connects all workstations, moving pallets with part holders between stations. Robots and manipulators at each station handle loading and unloading. |
 | Small CNC Lathe Machining
A robot transfers parts from the conveyor to the small CNC lathe, which can machine various materials including aluminum, brass, plastic, wood, composite, and wax. Once machining is complete, the door opens automatically and the robot unloads the part for transfer to the next station. |
 | Small 3-Axis CNC Machining Center
The 3-axis machining center features automatic door operation. A robot loads parts from the previous station, and the machine can process materials such as aluminum, brass, plastic, wood, composite, and wax. After machining, the door opens automatically and the robot unloads the finished part to the next station. |
The Computer Integrated Manufacturing Industry 4.0 System is the core of our solution, featuring a full-scale manufacturing production line. Designed to manufacture parts from raw materials, assemble products, and conduct quality control testing, this system is fully customizable to meet your specific needs. It offers a modular and expandable design, with each station configurable to support third-party components. The system can be scaled to include more or fewer stations, making it adaptable to the requirements of both the school and the program.
This flexible model provides students with hands-on training in key industry skills, along with new competencies specific to Industry 4.0.
By partnering with leading industrial vendors, Computer Integrated Manufacturing 4.0 ensures that the educational environment stays up to date with the latest advancements in commercial production. As technological changes occur, the solution is continually updated. To support this evolution, professional development and a dedicated support team are available for commissioning, train-the-trainer sessions, and assisting in the onboarding of new staff as the program expands.