Reassuring anyone based in an educational environment that their campus is clean and hygienic has never been more important.
Teams of Dyson scientists, engineers and microbiologists have developed air purification, hand drying and floorcare technology to ensure the campus is hygienically clean.
Automatically senses, captures and traps pollutants for cleaner air. Dyson purifiers are fully sealed to HEPA H13 standard,¹ preventing pollutants from leaking back into the air. So what goes inside, stays inside.
Hygienically dries hands with clean air. Without paper waste. Touch-free sensors detect the presence of hands to trigger the release of HEPA-purified air. Eliminating the need for single-use paper towels, while creating a better environment in your restrooms and the world outside.
Up to 120 minutes run time.² To keep you in control of deep cleans in your educational environment.
Airborne pollutants can build-up in your classroom.
Dyson purifiers capture allergens, VOCs and the Influenza A Virus (H1N1).⁴ The sealed HEPA H13 filter captures gases and particles as small as 0.3 microns and our catalytic filter continuously detects and destroys formaldehyde.⁵
Cooling you with purified air. To create a comfortable educational environment.
Dr Gareth Morris, Science and research manager at Dyson explains Dyson purifiers.
Three phases of purification sit within our fully-sealed filtration and airflow system. To trap pollutants inside, removing them from the air. Giving you reassurance that what goes inside, stays inside.
Formaldehyde can emit from many types of furniture and flooring over time. Dyson's catalytic filter continuously converts it into water and CO₂ – and never needs replacing.
Integrated sensors constantly analyze your air, while our unique algorithm cross-checks data every second. It diagnoses pollutants at a molecular level, displaying live results on the LCD screen.
Using office equipment such as printers can lead to an increase in VOC emissions. The advanced sensors at the heart of Dyson purifiers automatically detect while filters capture and trap them. Removing them from the air.
Germs in a sneeze can travel over 20 feet. Dyson purifiers are proven to capture 99.97% of particles as small as 0.3 microns. While removing the Influenza A Virus (H1N1).⁴
In warmer weather, a powerful stream of purified airflow can cool you down.
Control and monitor air quality and performance from anywhere with the Dyson Link app, or hands free with compatible voice services.
Damp hands can transfer up to 1,000 times more bacteria than dry hands.⁶
Dyson Airblade™ hand dryers are engineered to dry hands hygienically. Improving hand hygiene throughout the learning environment.
Dr Gareth Morris, Science and research manager at Dyson talks through Dyson Airblade.
Sensors automatically detect the presence of hands, triggering the release of HEPA-purified air.
Designed for busy restrooms, fast dry times of 10-14 seconds⁷ help to reduce wait times in the restroom.
The HEPA filter captures 99.97% of particles as small as 0.3 microns.
Dyson Airblade 9kJ hand dryer is acoustically tuned to reduce noise and minimize disturbance without compromising performance.
The Dyson Airblade 9kJ hand dryer produces up to 88% fewer CO₂ emissions than single-use paper towels⁸ and costs up to 99% less to run.⁹ Creating a better environment in your restrooms and the world outside.
Independent testing has proven the hygienic Dyson Airblade™ hand dryer to be safe. Without the waste.
Powerful Dyson suction to deep clean your classroom. With twice the suction of any cordless vacuum.¹¹
With up to 120 minutes of run-time.² To keep you in control of deep cleans.
Listen to Dr Gareth Morris, Science and research manager at Dyson on Dyson vacuums.
Two interchangeable click-in batteries provide up to 120 minutes of fade-free suction² each to clean everywhere around your classroom and school environment.
The V11™️ Pro comes with an extra battery and filter to ensure your vacuum stays at maximum operating efficiency. Click-in batteries can be charged on or off the machine.
An integrated digital motor spins the brush bar up to 60 times a second. It drives stiff nylon bristles deep into carpet to remove dirt, and carbon fiber filaments capture fine dust on hard floors.
Our most powerful battery is larger, with high-capacity, nickel-cobalt-aluminum chemistry to help deliver 20% more suction power than the Dyson Cyclone V10 vacuum.¹¹
The fully-sealed filtration system traps 99.99% of particles, as small as 0.3 microns - expelling cleaner air.¹²
Designed to absorb vibrations and dampen noise, to keep sound levels down.
¹ 99.95% efficiency with particulate challenge per EN1822 in a chamber per ASTM F3150.
² In Eco mode on hard floor. Run time will vary based on power mode, floor type and/or attachments used. 120 minutes run time is based on consecutive use of two separate battery packs.
³ Business SKU features longer cord and extra remote.
⁴ We challenged our purifier with airborne Influenza A Virus (H1N1) at an independent lab. After 60 minutes at maximum fan speed, the airborne concentration in the chamber was reduced by 99%. Real-life efficacy may vary.
⁵ Third party full machine testing based on GB/T 18801-2015 formaldehyde cumulative clean mass testing with continuous injection until plateau of formaldehyde CADR is achieved. Results may vary in practice.
⁶ D. R. PATRICK, G. FINDON and T. E. MILLER: Residual moisture determines the level of touch-contact-associated bacterial transfer following hand washing, Epidemiol. Infect. (1997): 119, 319-325.
⁷ Dry time determined using Dyson test method 769 based on NSF P335 using a measurement of 0.1g residual moisture.
⁸ The environmental impact of electrical appliances and paper towels was measured by Carbon Trust. The calculations were produced using the software Footprint Expert Pro, based on product use over 5 years and using weighted averages of individual countries of use. Dry times for product were evaluated using DTM 769.
⁹ Average electricity price $0.1/kWh as of July 2021. For calculations visit www.dyson.com/calcs
¹⁰ Based on findings in a 2019 study by Suen et al. published in Scientific Reports, and a separate independent study of particles (≥0.3 microns) and bacteria in air during hand drying, conducted by a third-party laboratory.
¹¹ Tested in boost mode at the cleaner head to ASTM F558, dust-loaded.
¹² In boost mode. All other modes achieve at least 99.97% filtration.
