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Benefit from Dyson's Radix Cyclone™ technology
What makes Radix Cyclone™ technology different
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1. Get consistent suction all the time
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Dyson's patented Radix Cyclone™ technology doesn't rely on a bag or filter to trap all the dirt and dust. Instead, it spins the air so fast that centrifugal forces up to 150,000 times the force of gravity fling dirt and dust out of the air and straight into the clear bin.
Vacuum cleaners with Radix Cyclone™ technology
All Dyson barrel, upright, compact and handheld vacuums use Radix Cyclone™ technology for no loss of suction.
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Why ordinary vacuums lose suction
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The bag is meant to trap dirt and dust, and allow air to escape through millions of tiny holes in the paper. But when you start to use a bagged machine, dirt and dust collects in the bag and clogs the holes. This restricts the airflow, which causes a loss of suction, reducing the efficiency of the vacuum and leaving dust and dirt behind in your home.
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 Ordinary bagless cleaners work in a similar way to those with bags. The cyclone collects the large dirt, but a central filter is still required to trap the fine dust. Just like a bag, it quickly clogs andrestricts the airflow, causing a loss of suction and reducing the efficiency of the cleaner.
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2. Capture the smallest of particles- mould and bacteria
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In the latest machines, Dyson engineers have combined Radix Cyclone™ technology with an intermediary cyclone – an extra cyclonic stage between the outer and inner cyclones – to separate particles as small as 0.5 microns from the airflow. You could fit 200 of these particles on a full stop.
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Outer cyclone
First, dust is drawn into a powerful cyclone. Centrifugal forces of 500G fling larger dirt, debris, fibres and pet hairs into the clear bin.
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Shroud
The air passes through here, while fibres and pet hairs that have escaped the outer cyclone are separated out and directed back into the bin.
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Intermediary cyclone
This extra cyclonic stage captures more microscopic dust from the airflow. Any remaining microscopic particles carry on to the inner cyclones.
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Inner cyclones
Finally, a cluster of smaller, faster cyclones generate centrifugal forces of up to 150,000G – extracting particles as small as mould and bacteria.
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Conventional uprights
 If you look underneath conventional uprights, you’ll see they sit on four fixed wheels. They're only designed to go forward and back - making steering around corners and obstacles awkward. Push, pull, push, pull ...
Ball technology
Dyson have done away with wheels. The new Dyson upright machines ride on a ball so you can steer with ease - no more push/pull around corners and obstacles. Inside the ball is the motor, giving the machine a lower centre of gravity and improving manoeuvrability even further.
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How the Ball™ Technology Works
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Dyson engineers mounted the heaviest part of the machine the motor inside the ball.
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The ball itself is made from glass-reinforced polypropylene. The same material used in car dashboards, it combines high impact strength with resistance to distortion.
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The motor's centre of gravity is located at a neutral point where the weight can't adversely affect the machine's manoeuvrability.
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The ball gives much greater manoeuvrability than the fixed wheels on a conventional vacuum cleaner. It steers around obstacles with a turn of the wrist.
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4. Save with Lifetime washable HEPA filter
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5. Convenience with no dusty bags to empty
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 The HEPA (high efficiency particulate air) filter in a Dyson vacuum traps microscopic particles. These include common household allergens such as pollen, mold spores and dust mite feces. There's no need to buy replacement filters. Just give it a rinse every three months with cold water. |
 Dyson vacuums are bagless. Other vacuums may have bags, which cause suction loss. They can also be unhygienic to change. With a Dyson vacuum there are no dusty vacuum bags to handle. Dyson machines also empty at the touch of a button – minimizing contact with dust.
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6. Turn cleaning up after your pet a problem of the past
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Other vacuums rely on bags or filters to trap dirt, dust and pet hair. When you use them, dirt and dust clog the pores of the bag or filter. This reduces airflow, causing the machine to lose suction, leaving dirt and dust behind in the home.
Dyson vacuums don’t rely on bags or filters to trap dirt and dust. Instead they use Radix Cyclone™ technology to spin dirt, dust, fibres and pet hair from the airflow and into the bin. Dyson vacuums don’t lose suction, so they remove more dirt, dust and pet hair from your home.
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 Motorised brush bar
Some Dyson machines use a motorised brush bar, with bristles that spin at up to 90 times per second to remove dirt and pet hair from carpets. The brush bar can be turned off to protect delicate rugs and hard floors.
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