Dyson Airblade Hand Dryer

Dyson Airblade™ Hand Dryer

Company Profile

• Dyson Airblade dB Hand Dryer

  50% quieter. Acoustically re-engineered to reduce noise.

  Airblade™ technology combined with the Dyson digital motor V4 creates high speed sheets of air. The Dyson Airblade dB hand dryer is the fastest way to dry hands. It is suitable for all washrooms, particularly where sound levels are an important consideration.

  50% quieter

  When working to make the Dyson Airblade dB hand dryer quieter than the original Dyson Airblade™ hand dryer, Dyson engineers focused on reducing sound from two key sources:

  Reduced air rush noise

  Airblade™ technology results in air travelling at 430mph through apertures measuring just 0.3 mm in width. Some noise is inevitable.
  Dyson engineers have reduced the noise produced by the sheets of air by redesigning the shape of the apertures through which air is forced.

  Reduced motor noise
  Dyson acoustic engineers have made improvements to the level and the quality of the sound generated by the Dyson digital motor V4.

  Fastest, 10 second dry time
  Testing based on the National Sanitation Foundation’s Protocol P335 (NSF P335) shows that most other hand dryers are much slower than their manufacturers claim. Many people give up when using a slow hand dryer. But damp hands can spread up to 1,000 times more bacteria than dry hands.

  Testing based on NSF P335 proves that the Dyson Airblade dB hand dryer is the fastest. It dries hands hygienically in 10 seconds. Airblade™ technology combined with the Dyson digital motor V4 creates high speed sheets of air that scrape water from both sides of the hands simultaneously. It’s the fastest way.

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• Dyson Airblade V Hand Dryer

  Concentrated Airblade™ hand drying technology
  The development of the Dyson digital motor – one of the world’s smallest 1600W motors, has enabled Dyson engineers to build a hand dryer that protrudes just 4 inches from the wall. It dries hands hygienically in 10 seconds.

  Dyson digital motor
  The latest Dyson digital motor was seven years in the making – it’s one of the world’s smallest fully-integrated 1600W motors. It’s the only hand dryer motor powerful enough to draw in up to 30 litres of air a second through a HEPA filter, and then dry hands in 10 seconds.

  This long-life energy efficient motor is digitally switched at 6,000 times per second, making the high compression fan spin 90,000 times a minute. There are only three moving parts, so there are no slip rings or carbon brushes to wear down.

  Slim profile
  Because of bulky motors, other hand dryers may protrude far from the wall. They may have to be recessed into the wall, which can be costly. Because the Dyson Airblade V hand dryer uses the latest Dyson digital motor, it is just 4 inches deep. This means that it can be installed without recessing and the associated costs.

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• Dyson Airblade Tap hand dryer

  With Airblade™ technology in a tap, hands can be dried at the sink in 12 seconds. There’s no need to move to a separate hand drying area.

  No water on the floor
  Moving to a separate hand drying area with wet hands means that water is often dripped on the floor. This can create problems in the washroom. With the Dyson Airblade Tap hand dryer, water isn’t dripped on the floor because you don’t need to leave the sink with wet hands.

  Hygienic hand dryer
  Other hand dryers are unhygienic. They don’t filter bacteria and viruses from the washroom air. They suck in dirty air then blow it back onto hands. The Dyson Airblade Tap hand dryer uses HEPA filters. 99.9% of bacteria and viruses in the washroom air are captured. So hands are dried using cleaner air, not dirty air.

  Saves space
  Paper towel dispensers and hand dryers take up valuable wall and floor space in public washrooms. With the Dyson Airblade Tap hand dryer there is no need for additional hand drying areas. Room is available for extra toilet cubicles to reduce congestion. Or the washroom can be made smaller.

  Touch-free operation
  Both water and air are sensor operated so there are no taps to turn, or buttons to touch. Intelligent infrared sensors emit light to pinpoint hand positions. Computer circuitry coordinates the information and initiates the appropriate response of water or air without long delays.

  To view videos click here.