STEM classrooms support a wide range of experiments and activities, requiring storage systems that can adapt to different lesson structures.
Storage must allow controlled access to materials while ensuring safe interaction for students in laboratory environments.
Teaching environments require a balance between storage and usable classroom space, limiting reliance on fixed cabinetry.
Today’s science classrooms need more than storage. They need systems that support practical learning, maximise available space and make equipment easy to access and manage.
Vellex® helps educators create organised learning environments where resources are visible, accessible and ready for every lesson. From classroom preparation areas to specialist science laboratories, the system supports safer workflows, better organisation and long-term flexibility.
Applications include:
Allow reconfiguration of storage layouts based on teaching requirements, supporting multiple classroom uses.
Systems are designed for frequent use, with materials and configurations suitable for education environments.
Structured trays, drawers, and storage zones support preparation, delivery, and reset of classroom activities.
Educational environments evolve with changes in curriculum, teaching methods, and equipment requirements.
Modular systems enable:
Adaptable storage replacing fixed cabinetry
Systems designed for repeated daily use
Improved organisation of classroom materials
Support for structured and safe learning environments
Flexible, modular storage designed to adapt as your needs change, making spaces easier to organise, clean and use.
Configurable trolleys and workbenches that support efficient workflows across laboratories, education and specialist facilities.
Work with our experienced team to plan a storage solution tailored to your space, workflow and operational requirements.
Our team coordinates delivery and installation, ensuring your new system is set up correctly and ready for use.
Why do STEM classrooms need modular storage systems?
Modular systems allow storage layouts to adapt to different lesson requirements, supporting multiple classroom uses without replacing infrastructure. We design systems that flex with the way STEM classrooms operate, where no two lessons are the same.
How do storage systems support safe learning environments?
Can storage layouts be adapted for different lessons or subjects?
Are these systems durable enough for daily classroom use?
Yes. Systems are designed for frequent use, supporting long-term durability in education environments.
Do modular systems help maximise limited classroom space?
