Pre-filter
Specially woven polypropylene threads protect the main filter from large dust particles
Main filter. Lifelong glass filter.
It destroys 99.9% of microbiological and chemical pollutants at a molecular level
Clean air
Tap on the dotsClean air
Pre-filter
Specially woven polypropylene threads protect the main filter from large dust particles
Main filter. Lifelong glass filter.
It destroys 99.9% of microbiological and chemical pollutants at a molecular level
Now clean air is available for everyone
Our team of expert engineers and developers have finally cracked the code for easy air purifying tech that is safe, effective and simple enough for even the most technology-challenged users to understand. Everyday activities like playing with pets, changing your beddings and bringing fresh flowers indoors can all release allergens into the air. Better air quality helps prevent allergies, asthma and respiratory issues.
Tested in the laboratory
Main filter. Lifelong glass filter.
GEPO technology uses photocatalytic oxidation reaction. You can see more about photocatalysis here. The photocatalytic oxidation reaction occurs on a special structural element. The filter consists of tens of thousands of millimeter quartz balls, baked together in a special way. Titanium dioxide is then applied to the internal and external surface of the filter using a patented technology. The requirements for a structural element are very strict:
- It cannot be made of organic material, since any organic substance is degraded by ultraviolet light.
- It must be able to pass ultraviolet, so it must be transparent.
- Basic requirement: having a small size it shall have a large surface for contact between catalyst and air.
We also have special requirements for the catalyst itself. TiO2 has a crystalline modification of anatase and contains a minimum amount of impurities. The particle size is about 40 nanometers. It is in this state that the catalyst is highly active and has the maximum surface for reaction.
Laboratory tested. 
underwent a complex test consisting of two stages.
At the first stage, researchers evaluated the efficiency of air purification from molecular air pollutants (VOC).
At the second stage, the researchers evaluated the efficiency of air purification from micro-organisms (bacteria, viruses).
Stage 1: Tests for removal of model molecular air pollutants
The ability of to remove volatile organic compounds without accumulating them inside of the device has been tested.
The tests were carried out in a specialized hermetically sealed cubicle with a capacity of 10 cubic meters.
The concentration of the model organic pollutant was generated by the evaporation of an appropriate amount of liquid on the heater installed inside.
Purification of the air from tobacco smoke and automobile exhaust
Significant part of tobacco smoke and automobile exhaust is acetaldehyde which is carcinogenic and high toxic substance.
Stage 2: Microbiological tests
The purpose of the test was to determine the disinfection capacity of .
Two actual offices rooms were selected. One staff member was permanently present in Room X 194 sq ft (18 m²).
Two staff members were permanently present in Room Y 194 sq ft (18 m²).
The first set of sampling was conducted to determine the underlying microbiological air pollution in the selected rooms.
The second set of sampling was taken at intervals of 24 hours.
The purpose of the test was to determine the disinfection capacity of .
Two actual offices rooms were selected. One staff member was permanently present in Room X 194 sq ft (18 m²).
Two staff members were permanently present in Room Y 194 sq ft (18 m²).
The first set of sampling was conducted to determine the underlying microbiological air pollution in the selected rooms.
The second set of sampling was taken at intervals of 24 hours.
The results of a microbiological study show conclusively that the use of indoors significantly reduces
the concentration of micro-organisms by 5-6 times in 24 hours and thus reduces the risk of developing an airborne disease.
The test results that the provides complex air purification from all types of pollution without application replaceable expensive filters and adsorbents.
ECO-friendly
is completely safe for humans, animals and the environment, it does not affect the microclimate, does not emit harmful chemicals into the atmosphere.
It is collected from high-quality materials, 100% recyclable.
Improved technology
does not accumulate contaminants on filters unlike HEPO filters but completely eliminates biological contaminants (viruses, bacteria), allergens, and harmful organic volatile contaminants.
In this way, helps to preserve health as well as to improve the well-being of people with allergic upper respiratory tract diseases, including bronchial asthma.
OZONE-free, HEPA&UVC-free
Air disinfection without harmful ultraviolet radiation in presence of people
Very quiet and silent
Our ultra-quiet model was designed with your needs in mind, preventing noisy disruptions from interfering with your work, play or sleep time, so you get the best air quality without compromise.
Tap on the screen and drag
All types of pathogenic microflora
has the potential to be used for air disinfection that removes even ultra-dangerous
microorganisms, such as tuberculosis, resistant to antibiotics of Staphylococcus
aureus strains, and the like. Removal, without accumulation on filters, of all types
of pathogenic microflora.
Tap on the screen and dragMolecular air purification
Molecular air purification without
the adsorbents use
2 filters for 36$
No expensive replacement filters needed
Smart control
can be controlled both on the device itself and through the App. You can set up a work schedule or select a mode according to the situation.
Smart control
can be controlled both on the device itself and through the App. You can set up a work schedule or select a mode according to the situation.
Night
Day
Stand By
Boost
Schedule
Uniqueness
For the first time, all-inclusive air purification (GEPO technology) fits into a portable and beautiful device.