The Problem

Your home hides dust, bacteria, allergens and/or pollutants you can't see.

Images of different bacteria/pollutants and allergens found around the home

Airborne pollutants and allergens settle as fine dust.

Mostly made up of microscopic particles, they get into furniture, gaps in floorboards and tiny crevices. Sweeping and mopping may make surfaces look clean, but it doesn't always remove all of the dust and dirt.

Scene of a home UV lighting shows bacteria around the home

Traditional cleaning methods leaves dust behind.

Sweeping and dusting

This agitates dust so it becomes airborne again, only to settle somewhere else in the room.

Mops and cloths

Because they push dust around, it can get caught in recesses, or left around room edges.

A mop and sweeping brush cleaning floors. UV lighting shows the bacteria naked to the human eye

Powerful suction removes deep-down dirt from mattresses and upholstery.

The average mattress contains up to two million dust mites and their faeces.³ The warm, humid environment is ideal for them to live and breed, where they feed on the 25g of dead skin cells that we deposit in our beds each month.⁴ Research shows that powerful vacuum suction is the best way to remove the faeces and dead skin.

Bed under UV lighting showing bacteria that is found on the mattress

^{³https://www.cdc.gov/nceh/publications/books/housing/housing_ref_manual_2012.pdf [see September 18, 2015].
⁴http://orbit.dtu.dk/files/5602736/plugin-es103894r.pdf}

Dyson cord-free vacuums with constant powerful suction and whole-machine filtration capture and seal in allergens and microscopic dust.

Woman using Dyson Cyclone V10 cord-free vacuum to pick up debris from hard floor

Dyson digital motor V10. Generates constant, fade-free powerful suction.⁵

^{⁵ Suction tested to IEC 62885-2 CL5.8 and CL5.9 at the flexible inlet, against Dyson cord-free machines in India, loaded to bin full, tested in MAX mode.}