At AM Hub our Robotics and automation room serves as a hands-on learning space for students to design, build, and program robots. It is used to teach skills in STEM fields like computer science and engineering, while fostering problem-solving, creativity, and teamwork. These rooms provide practical experience that prepares students for future careers in technology and automation.
The contents of our robotics room include a variety of robots and equipment that help us learn about PLC's, assembly, and networking.
Robotic handling offers significant benefits for nearly any industry that moves parts or products at scale - reducing changeover time, saving floorspace and maintaining consistency. Yaskawa offers integrated, pre-engineered welding cells called ArcWorlds that are ready to weld, increasing flexibility and cost-effectiveness.
A medium-sized, 6-axis collaborative robot (cobot) designed for tasks like pick-and-place, machine tending, and assembly
A collaborative robot (cobot) with a 12.5 kg payload and a 1300 mm reach, designed for industrial tasks that require a larger workspace or higher load capacity.
Hands-on educational tools that teach the programming, installation, and troubleshooting of Programmable Logic Controllers (PLCs).
A hands-on educational tool that provides practical experience with industrial control equipment for learning PLC and HMI programming.
Mobile robotic platforms designed for educational, industrial, and food-grade applications, featuring a compact and flexible GP8 robot mounted on a wheeled cart.
Mobile, self-contained robotics training systems designed for classrooms and educational environments
A mobile, often fenceless, automated system that combines a FANUC cobot with a cart-mounted platform
An educational robotics kit for schools that includes two NAO V6 humanoid robots, along with a comprehensive set of accessories and software licenses for teaching STEM subjects, programming, and AI
An ABB industrial robot designed for high-performance arc welding and machine tending, featuring a 6 kg payload and a 1.55-meter reach
A haptic device that allows users to feel and interact with 3D objects on a computer screen by applying force feedback to the user's hand.
Is a lightweight, ergonomic, color touchscreen interface designed to simplify robot operation, programming, and maintenance, specifically for material handling applications.
A compact, low-profile belt conveyor system designed for moving small, lightweight items in tight spaces.
An AB800PV Allen-Bradley PanelView trainer is an educational kit that includes a PanelView 800 HMI and a training base, designed for hands-on learning of industrial automation with Allen-Bradley micro-controllers. These trainers are often sold as an add-on to existing PLC trainers and come with an HMI, power supply, cables, and a swivel base for positioning the screen, allowing users to practice programming, HMI design, and industrial wiring and networking.
The Allen Bradley 1100D Deluxe Trainer is an educational tool that uses a MicroLogix 1100 PLC to teach industrial automation skills, often featuring a built-in conveyor system and other components. The MicroLogix 1100 PLC has built-in features like Ethernet/IP, a web server, and an LCD screen, which are used in the trainer to demonstrate and practice real-world applications. The "Deluxe" designation implies that it includes additional components beyond a basic PLC training setup, such as sensors, actuators, and a physical system to control, like a conveyor belt.
Robot Welding Cell with Conveyor Belt
The Welding Cell has a 20 by 20 fence around it for safety reasons. This Robotic Welding station has a conveyor system that will be doing automated metal fabrication. The robot arm is for shuttling products from station to station during the fabrication process.