MecLab: The Complete System
MecLab is a compact introduction to the world of industrial automation technology and serves as a modular training system for technical education. Each station represents a realistic automation component and can be used individually or in combination.
In addition, the individual stations can be combined into more complex production lines. This results in end-to-end process chains that mirror real-world industrial workflows and offer a wide range of opportunities for project-oriented work.
After a brief training period, students will be able to work independently with MecLab. They analyze processes, plan workflows, implement solutions, and continue to optimize the system.
By exchange of components, standard exercises can be flexibly expanded and modified. Tasks can thus be tailored to different learning levels and continually adapted.
Modular & expandable: MecLab grows with you
MecLab is not a rigid system, but can be flexibly expanded. In addition to the three basic stations, additional modules are available, such as those for programming with microcontrollers (Arduino) or logic controllers (LOGO!). This allows the learning system to be tailored to different curricula, learning levels, and instructional goals.
“With the MecLab system, we provide a practical and easy-to-understand introduction to automation technology. For students, it is crucial not only to understand technical concepts in theory, but also to actively experience and apply them.
Our teaching approach focuses on discovery-based learning, project-based assignments, and real-world application scenarios. In this way, we support STEM education and make an important contribution to imparting technical expertise as well as to the personal development of students. These skills are of central importance both for economic performance and for social progress."
Dr. Sandra Funk
Curriculum Architect & MecLab, Festo Didactic
Target Groups and Areas of Application
MecLab was developed specifically for technical training in automation technology and addresses key requirements in schools. The learning system offers a practical and motivating learning environment in which technical content is actively explored.
The modular structure enables flexible application scenarios – from a step-by-step introduction to project work – and specifically promotes STEM skills such as problem-solving and systems thinking.
Thanks to the intuitive operation, students can quickly work independently, develop solutions as a team, and experience technical concepts in a practical and engaging way.
Curriculum & Course Content
With MecLab, students immerse themselves in the world of industrial production – step by step, in a pedagogically sound and motivating way.
What will be covered?
- Design and function of technical systems
- Planning, development & documentation
- How electrical, electronic, and pneumatic automation systems work
- Developing models & simulating industrial processes
- Programming and digital control on a PC
Recommended learning materials to download:
Teaching Approach
MecLab's educational concept is based on modern teaching principles and supports teachers in lesson planning.
Basic principles:
- Competency-based learning
- Project-based assignments
- Application-oriented learning processes
- Blended learning & digital platforms
User versions
MecLab adapts flexibly to different learning environments – from individual workstations, group work and project teams to a complete classroom set. Thanks to its modular design, the system can be adapted to different teaching methods and learning objectives, and is suitable for both structured exercises and project-based work. In addition, the compact design also allows for mobile applications.
Control and simulation software
FluidSIM Light / MecLab is used for the control, programming, and simulation of the MecLab stations. The software enables the development and simulation of automation processes in mechatronics and automation technology and helps students create, test, and optimize control logic.
Through vivid simulations of industrial processes, technical concepts can be clearly illustrated and then put into practice directly at the MecLab stations.
FAQs – Frequently Asked Questions About MecLab
What prior knowledge do learners need?
None – MecLab was designed to serve as an introduction to automation and is aimed at the STEM audience.
How does the system work?
Depending on the model, with 230 V or 110 V.
Can MecLab be expanded?
Yes – all stations are modular and can be combined with one another.
Are there any replacement parts?
Yes, replacement and upgrade components are available for all stations.
How can MecLab be controlled?
MecLab is installed by default via FluidSIM Light/MecLab
Alternatively, control via a microcontroller or a LOGO! controller is also possible. Festo Didactic offers suitable, preconfigured packages for these variants.
Can I order additional FluidSIM Light/MecLab licenses (Windows)?
Yes, it is possible to purchase additional FluidSIM Light/MecLab licenses for Windows. These are available exclusively as a license package with 8 licenses.
Where can I find accompanying learning materials for MecLab?
The accompanying learning materials for the MecLab stations (548704/ 548705/ 548706) and MecLab systems (549786/ 556276) are available free of charge.
What is the difference between FluidSIM E/P/H and FluidSIM Light/MecLab?
FluidSIM E/P/H is the full version of the software, offering a comprehensive range of features for the fields of electrical engineering (E), pneumatics (P), and hydraulics (H).
FluidSIM Light/MecLab, on the other hand, has a limited set of features that is specifically tailored for use with MecLab.
Upgrading from FluidSIM Light/MecLab to FluidSIM E/P/H is not possible.
Where can I find more information about FluidSIM?
FluidSIM comes with a range of videos that cover various topics such as GRAFCET, creating projects, and other basic and advanced features of the software.
Where can I download FluidSIM Light/MecLab?
The FluidSIM Light/MecLab software is available for download here.