Computer Integrated Manufacturing Industry 4.0 System QualiFF01
Computer Integrated Manufacturing Industry 4.0 System QualiFF01 features real industrial hardware and full-scale equipment, forming a complete end-to-end manufacturing line that produces actual products.
The system includes an industrial conveyor connecting workstations, a six-axis robot, 5-axis milling, lathe machining, a 3D warehouse, an AGV (automated guided vehicle), visual inspection tools, and Industry 4.0 sensors — all networked and fully integrated.
Smart sensors provide real-time updates through a layered Ethernet and IIoT network, with centralized control, cloud connectivity, and built-in data analysis capabilities.
Through a simulated industrial Computer Integrated Manufacturing project, students gain hands-on experience with every phase of the computer-integrated manufacturing process
Industry 4.0 represents the next major step in the evolution of modern industry. From the steam engine in the late 1800s to the introduction of assembly lines and computers, each phase has transformed how we live and work. Industry 4.0 is set to redefine manufacturing once again.
This new era leverages cutting-edge technologies such as advanced internet connectivity, data science, big data, the Internet of Things (IoT), additive manufacturing, and automation with system-wide integration. Upgrading to Industry 4.0 unlocks powerful capabilities that are reshaping production and opening new economic opportunities.
Our Computer Integrated Manufacturing (Computer Integrated Manufacturing) and Flexible Manufacturing Systems provide hands-on learning through a fully simulated industrial Computer Integrated Manufacturing project. Students gain comprehensive experience with the entire production cycle—from customer orders and inventory control to automated manufacturing, quality inspection, and final delivery.
Participants set up and operate Computer Integrated Manufacturing cells while exploring the fundamentals of large-scale production. The system features real industrial hardware, including a full-size conveyor linking workstations, a six-axis robot, 5-axis CNC milling, CNC lathe machining, an ASRS (automated storage and retrieval system), AGV (automated guided vehicle), visual inspection tools, Industry 4.0 sensors, and complete networking and system integration.
Our end-to-end manufacturing line produces actual products, offering students direct exposure to real-world industrial processes. The Industry 4.0 Education Solution is designed to be modular and adaptable, supporting comprehensive education and training in computer-integrated manufacturing technologies.
 | Six-Axis Robot
The floor-mounted six-axis robot automates the loading and unloading of parts throughout the Computer Integrated Manufacturing system. It handles operations such as transferring parts to and from the conveyor, loading materials into the CNC mill for milling, the CNC lathe for turning, routing stations, and the AGV (automated guided vehicle) system. |
 | Automated Storage & Retrieval System (ASRS)
The ASRS features a dedicated 4-axis robot that moves parts between storage cells and conveyor pallets with precision. It is fully controlled and monitored through a central management console, ensuring efficient inventory handling. The system can be equipped with RFID and other tracking technologies for real-time inventory and location monitoring. |
 | Automated Guided Vehicle (AGV)
The AGV transports parts to and from the Automated Storage & Retrieval System (ASRS), enabling smooth and autonomous material handling. It supports two types of navigation: laser-guided and magnetic, providing flexible operation based on system requirements and layout. |
 | Industrial Conveyor System
The closed-loop conveyor links all workstations and moves pallets carrying part holders through each stage of the process. Robots and manipulators at each station load and unload parts, ensuring continuous, automated workflow across the production line. |
 | Small CNC Lathe Machining
The robot transfers parts from the conveyor to the small CNC lathe, which is capable of machining a wide range of materials including aluminum, brass, plastic, wood, composite, and wax. Once machining is complete, the lathe door automatically opens, and the robot unloads the finished part and sends it to the next station. |
 | Small 5-Axis CNC Machining Center
The robot transfers parts from the previous station into the 5-axis CNC machining center. The machine can process a variety of materials including aluminum, brass, plastic, wood, composite, and wax. Its automatic door opens for both loading and unloading. Once machining is complete, the door reopens and the robot moves the finished part to the next station. |
At the heart of the solution is the Computer Integrated Manufacturing Industry 4.0 System—a full-size, modular manufacturing line designed to produce parts from raw materials, assemble products, and perform quality testing. Each station is fully customizable and supports integration with third-party components, allowing the system to be tailored to the specific needs of your program.
The flexible design enables you to scale the number of stations to match your school’s curriculum and training goals. This setup provides students with hands-on experience in core industrial processes, along with the advanced technologies and skills associated with Industry 4.0.
Success Case