TECH
The future of air purification
The future of Sustainable low-carbon
Swasher Tech
“All in one Air Quality Solution”
The filters used today are effective in filtering out some dust, but there are limitations in that the maintenance cost increases in proportion to usage, and the environmental costs caused by waste incineration increases rapidly.
We solved this problem with a sustainable air purification solution that can safely improve air quality using water.
Traditional Electrostatic Air Purification
Replacing electrostatic precipitators with water vortex
Physical electrostatic precipitator
Swasher tech2
Swasher Tech 1
: Double Vortex
Triple-filter power
in one swirl
Double Vortex Air Purification Technology combines air cyclones with water vortices to implement the functions of conventional triple-filters (pre-filter, deodorization filter, and HEPA filter) in a single system. By utilizing the friction and exchange actions generated by air and water vortices, this technology effectively sinks airborne pollutants into the water.
This technology operates with low noise, eliminates the risk of bacterial release, and ensures hygienic maintenance with simple water replacement and cleaning. The double vortex system offers powerful purification performance and high convenience, making it a next-generation air purification technology that efficiently replaces traditional filter systems.
Swasher Tech 2
: Water Electrode Electrostatic Precipitation
Electrostatic Precipitation via Water Rotation
WEEP Technology is an innovative method that replaces conventional physical electrostatic plates with water vortices to maximize ultrafine particle removal performance. By leveraging the rotational force of water vortices, it effectively captures dust and significantly enhances discharge efficiency and collection performance for ultrafine particles through numerous carbon fiber discharge electrodes arranged in a 360-degree configuration.
Water vortex-based water filters can absorb more dust and airborne pollutants than traditional disposable filters. At the same time, they reduce noise and prevent the re-release of captured dust, providing a more hygienic and safe air purification environment.
4 Steps of Air Purification through Swasher
STEP 1
STEP 2
STEP 3
Creation of a water vortex
by swirling pins
at the bottom of the tank
Friction with the air cyclone
Settle of captured pollutants at the bottom of the tank
STEP 4
Emitting only
purified air upwards
Expand the surface area
and circulate the water
Effectively capture various sizes
of air pollutants into the tank.
This continuous process
efficiently purifies the air.
A sustainable future,
a new lifestyle led by Swasher’s
advanced technology
After three days of operation at the 2024 IFA Berlin exhibition
Before
After operating Swasher1 for 3 days
Tap water
Before
After operating Swasher for 3 days
Tap water
Change in water(filter)
Pollution degree
Operating the product for a week in the living room
We recommend cleaning with water change once a week!
Problems with Conventional Filters
In general, we often face hygiene management issues when using filters.
Delays in replacing filters can lead not only to reduced performance due to accumulated pollutants but also to secondary damage, such as mold growth.
Swasher's water vortex-based air purification technology effectively addresses these issues.
Using a water-based air purification method, it replaces filters, eliminating the risks of mold growth and bacterial dispersal. With simple water replacement, it maintains hygienic air purification continuously. This filterless technology offers both hygiene management and ease of maintenance.
Disposable filters
Swasher2
Ozone Safety Use of disinfectants Zero ozone
Maintenance Safety Risk of exposure to find dust during replacement Easy cleaning
Risk of secondary damage due to delayed replacement
Capacity Small Unlimited
Risk id Bacteria emission Presented Not presented
Air purification performance HEPA filter level Powerful than HEPA filter
Full automation of filter replacemet. Impossible Possible
Length of filter for collecting 1000kg dust 1800m 1.5m
Disposable Filter
SWASHER
Difference in purification principles
Conventional disposable filter methods rely on densely designed filters to trap particles,
which decreases airflow as the filter becomes denser, eventually preventing any air from passing through.
This approach limits the size of particles that can be removed.
However, our air purification technology, ‘Double voltex’, which utilizes an electric field,
is more effective in removing smaller particles.
Toxic gas removal - Deodorization - Sterilization
Triple Air Management
* Humidifier Microbial Emission test : Bacteria 'not detected'
* Ozone test result : less than 0.005
Swasher's proven triple air management technology simultaneously removes fine dust and purifies the air, providing a safe and reliable air management solution.
Swasher Tech delivers both safety and efficiency, setting a new standard in air purification.
Airborne pneumocdccus
removal
99.9%
Deodotization
REMOVAL
removal
99.9%
Harmful bacteria sterilization
Eco-Friendly,
Sustainable Technology
Looking at purification and processing, traditional disposable filters are not a sustainable solution.
The incineration required for distribution and disposal leads to increased social costs, and the result is ironic
: 10 grams of fine dust ultimately produces 110 grams of waste, including the filter material.
This waste then requires further removal or carbon capture, perpetuating a cycle of resource strain.
However, Swasher's purification and processing are simple and sustainable.
Water, being virtually limitless and safe, can purify air without chemical treatments.
Universal Adaptability
Swasher can use any water source,
whether tap water or water contaminated with impurities like sand.
This universal adaptability makes its technology suitable and advantageous
across diverse environments worldwide.
Soil+Tap Water
Tap Water
Limewater+Tap
Minimal Maintenance
Costs
No matter how polluted the air is, the filter replacement cost for Swasher is zero.
Moreover, the filter replacement process is simple and can even be fully automated.
This is the world's first technology that ensures not only cost efficiency but also convenience and safety, introducing a new concept of air purification.
Cost comparison
with disposable filtered air purifier
Electricity Cost
1/3 SAVE
Filter Replacement Cost
only $0.001 for replacement
Disposable filtered air purifier
SWASHER
Quiet Design for a Peaceful Daily Life
After dozens of iterations and reviews for low-noise design, we achieved an impressively quiet 33 dB
by using a silent yet powerful BLDC motor.
The noise levels for Swasher's operation modes—Sleep, Low, Medium, and High—are 25, 33, 38, and 45 dB, respectively, which are no louder than conventional air purifiers.
10db
20db
25db
45db
50db
Wind sounds
Leaves sounds
SWASHER
Sleep Mode
Weak
Medium
Strong
25db
33db
38db
45db
Conversation sounds
