Virtual Labs transforms how technical skills are learned by bringing pneumatics to life in an immersive 3D environment. Learners can build, interact with, and master pneumatic systems in an intuitive, hands-on environment. Powered by the proven FluidSIM simulation core, Virtual Labs delivers ultra-realistic behavior, instant feedback, and an engaging learning experience that accelerates real skill development.

FluidSIM for your simulation application- Simulation software for creating and simulating circuit diagrams in pneumatics, hydraulics, and electrical engineering.

The online portal for teachers and learners to access and create a customized learning experience.

Festo AX- With Festo AX Controls and our portfolio for electrical automation, we offer a complete system solution from a single source for the first time. With end-to-end software for end-to-end data usage – real-time capable, flexible, expandable and secure.

It is a powerful platform for creating and applying 3D simulation models in the field of automation technology. It is designed to be used in various learning environments, from robot stations to classrooms. The platform supports OpenVR and requires a free Steam account for virtual reality use. CIROS adapts to different learning situations and offers features such as error simulation mode, extensive camera paths, and the ability to export results as videos or HTML5 containers for device-independent display. We provide courses and training to help users become proficient in modeling, teaching, and programming with CIROS, equipping them with the skills needed for effective training and systematic commissioning of automated robot systems.

Festo offers a range of electromechanical products, such as electric actuators and drives, which are designed to perform precise movements and control mechanisms in industrial setting

Digitalization in Pneumatics- It is designed to enhance the digitalization process in pneumatic systems. It includes a comprehensive course that covers the building of electropneumatic circuits, configuration of a PLC, network setup for communication, and the installation of an OPC server. This equipment is essential for those looking to integrate digitalization into our pneumatic automation processes.

The SkillsConveyor is the universal foundation of our solution offering for basic training in the fields of automation technology and mechatronics. In close cooperation with our customers, we have developed a modular and ergonomic learning system which allows learners to acquire essential skills in mechanical and electrical commissioning as well as sensor and control technology. The learning system is suitable for use in both single workpiece flow and goods carrier flow with pallets. In its basic version, the SkillsConveyor already has an integrated control box and an intuitive control panel with various connection options. A range of expansion possibilities allow the gradual extension with individual learning scenarios.

The application module Drilling CPS drills 4 drilling holes into the lower part of the housing. The workpieces are recognized by the first light barrier when moving into the application module and the carrier will be stopped. When the carrier has been stopped, the workpiece will be checked. The workpiece request checks if there is a front cover on the carrier. The workpiece request in the middle (2) checks if there is a back cover on the lower part. The left request checks if the front cover is in its correct position on the carrier. When the front cover is in its correct position and there is no back cover on it, the first two drilling holes are drilled into the left side of the front cover. Then the X-axis moves to the right position and the two right drilling holes are drilled. After that, the carrier leaves the application module iDrilling.

The MPS 404-1 learning factory consists of the MPS 400 system building blocks Distribution Pro, Join, Measure Pro and Sort Inline. The system building blocks are networked with the MES, equipped with RFID read/write devices and intelligent sensors based on IO-Link®, and form a self-sufficient system. In addition to the above-mentioned system building blocks, MPS 404-1 R contains a Robotino and thus expands the learning topics to include the field of mobile robotics and related topics in production.