Zepter International Official Partner
Delivering to: Austria • Germany • Spain

Create spaces where students, learners, and educators can breathe cleaner air, drink safer water, and reduce visual strain—so learning becomes more effective, engaging, and sustainable.
What you can improve in 14 days:

Reduce indoor particles, odors, and airborne irritants in classrooms and shared learning spaces

Improve water quality and encourage healthy hydration habits among learners

Reduce eye strain and visual fatigue during screen-based learning

Learning environments often face:
- Recirculated air in classrooms, lecture halls, and training rooms
- Variable water quality from building infrastructure
- Prolonged screen exposure and artificial lighting causing fatigue
A healthier learning environment is not a luxury — it is a strategic investment that supports:
Air quality directly influences attention, comfort, and cognitive performance. Zepter air solutions help reduce airborne particles and odors, supporting cleaner, more comfortable learning environments.

Ideal for classrooms, lecture halls, libraries, training centers, clinics, and studios.

Therapy Air® Smart is an advanced air purification system designed for larger classrooms, open learning areas, and high-traffic educational environments. It combines high-efficiency HEPA filtration, activated carbon filtration, negative ion generation, and integrated UV-C light to help reduce airborne particles, odors, and contaminants while supporting cleaner indoor air.
In operation, Therapy Air® Smart generates up to 5,000,000 negative ions per cm³, contributing to improved perceived air freshness across larger spaces. Its 360° air intake and three-dimensional airflow ensure fast and even air circulation throughout the environment.

Therapy Air® Ion combines multi-stage filtration (anti-static filter, antibacterial filter, HEPA filter, anti-allergen filter, activated carbon filter) with negative ion technology to help improve indoor air quality in classrooms, study rooms, and shared learning spaces.
In turbo mode, the system generates up to 1,236,000 negative ions per cm³, helping neutralize airborne particles and improve perceived air freshness. Cleaner air contributes to greater comfort, focus, and overall workplace well-being.
Technical highlights:

Ideal for:

A wearable personal air purifier that creates a cleaner micro-environment around the user.
Key benefits:
When water tastes better and feels safer, people drink more. Proper hydration is essential for concentration, memory, and learning efficiency.

Ideal for school kitchens, staff rooms, and shared learning facilities.


Edel Wasser is a compact, elegant countertop water purification system, perfect for smaller classrooms, studios, and executive learning spaces.
It combines advanced filtration with a refined design, offering a convenient and sustainable alternative to bottled water—without the need for electrical power.

Edel Wasser delivers clean, great-tasting water while supporting sustainability and long-term cost savings.
BIOPTRON Hyperlight Optics® eyewear supports visual comfort for learners and educators exposed to screens and artificial lighting throughout the day.

BIOPTRON Hyperlight Optics® are patented smart eyewear designed to protect the eyes from harsh natural and artificial light while supporting visual comfort in demanding environments.
Developed using advanced Swiss technology, the lenses are engineered to transform disruptive light into a more balanced and comfortable spectrum—helping reduce visual strain during long screen exposure and under artificial lighting.
Best fit for:

Hyperlight Optics® lenses incorporate Fullerene C60 nanotechnology, used to modify the way light passes through the lens. This process helps reduce excessive glare and high-energy light exposure while maintaining visual clarity.
The lenses are coated on both sides with durable protective layers, making them scratch-resistant, easy to maintain, and suitable for daily professional use.

Hyperlight Optics® are particularly valued in learning environments where prolonged screen use, visual focus, and mental endurance directly influence learning effectiveness and cognitive performance.
Contact us for more information, a presentation meeting, or a proposal.