A didactic solution, the Manufacturing Plant 4.0 simulates a complete production line, covering all the pillars of Industry 4.0.  Our objective is to give students the tools to understand, connect and control all these technologies in a seamless way.  In this way, this solution gives students the advantage of observing the mechanisms of each innovation, process and operation of the various components involved.

The RTS-200 is a Robotics Training System that provides participants with a hands-on platform to develop skills in working with collaborative robots. The mobile platform includes various applications that can be quickly installed for advanced activities, allowing trainees to progress beyond simple pick and place functions.

The system's design ensures a safe and realistic training environment for collaborative robotics applications. It offers different configuration options to best suit your specific training needs in collaborative robots.

nCobot is an Autonomous Mobile Manipulation Robot (short for AMMR) designed for intralogistics automation for your flexible and intelligent production goal. It speeds up the intralogistics and liberate people from onerous and dangerous work, ensuring quality and efficiency at the same time. nCobot is featured in rapid deployment, plug-and-play integration, intuitive programming, safety and reliability without changing production layout. It enables you to adapt to the changing market, new products and production demands. You can easily replace top modules, modify tasks, and add new features without external integration.

The product is an indoor industrial collaborative autonomous mobile robot, which consists of a hardware and a software system that work together and accomplish tasks. First, engineers write a series of programmed actions through the built-in nCobot control system. The system then establishes connections between UR, AMR, Gripper, camera and other devices. Next, nCobot control system will resolve the programmed actions and translate them into standard commands that are sent to the corresponding parts for execution. Calibrate the QR code through visual recognition, adjust UR position through the QR code, and automatically calculate the target position relative to the QR code. Finally, the robot arm performs gripping, palletizing, inspection, and insertion applications, and then moves to the next station to execute a new order.

There are many advantages to using a collaborative robot for sheet metal bending. Thanks to the Modular robotic cell, the bending machine can be used both stand-alone and in collaboration with the cobot, which is placed on a plate that can be easily removed.