LeyLab is a modern tool for organising and inventory of experiments and devices.
With LeyLab your institute can record device types and their storage locations as part of your itinerary of our equipment.
Another highlight of LeyLab is the experiment management. With this, topic-specific experiments from the LD experiment library (also based on the available equipment) are suggested to the teacher.

Multi-channel measuring device for student experiments and demonstrations in the natural sciences.

COM4LAB is a complete electrical engineering lab in a compact form. COM4LAB combines hands-on experiments with the benefits of interactive e-learning for the best possible training outcomes.
COM4LAB enables modern digital training using smartphones, tablets and laptops of any kind - on-site at school, in the company or even at home.

• Best solution for STEM education
  Skill enhancing: Problem solving and planning observation and analysis learning process

• Save time
  Fast research of experiments and distribution of the student worksheets

• Easy preparation
  At home or on the go: Cloud solution makes all information accessible from everywhere

• Supports every teaching style
  Work fully digital or with pen and paper, the system fits to each way of teaching

• For excellent teaching results
  Adjust the content to the level of student by using the Lab Docs Editor

Different scenario experiments can be conducted by integrating and coupling of smart power grid components.

Students learn how a conventional power grid works and smart technologies work. They gain knowledge about the characteristics, behavior and operation of the new energy generation with easy to handle experimental kits. Next to power plant, storage and consumers, solar and wind parks can be integrated.

Your students can independently study by the uncomplicated handling of the diversified experiments in a plug-in system. The LEYBOLD STE kits are coming in a clearly arranged, solid case for transportation and storage.

Innovative tools for active learning in demonstration experiments

Virtual experiments make it possible to overcome the challenges of demonstration experiments and open interactive learning paths for pupils. The innovative experiments contain digital instructions, videos of real experiments and set-up videos as well as simultaneous measurement data acquisition and detailed analyses. Provision via a QR code makes access simple and direct. With LEYBOLD's virtual experiments, students not only passively observe the demo experiments, but also actively and independently continue them and analyse them independently at home.

• Correct handling and inspecting of hybrid and high-voltage systems

• Diagnosing and testing of functions, evaluation of measurements as well as repair components and system extensions of electric/hybrid vehicles

• Brand-independent practical exercises with fault indication

• Suitable for class demonstration or practical training by students at the level of vocational training but also at university

• Measurements can be performed under no-load or load

• Measurements can be performed safely and without special safety equipment