Anybody who has used the Dyson Supersonic Hair-Dryer no less than as soon as is aware of that the recent instrument is price the entire reward it will get. Since its preliminary launch in 2016, the splurge-worthy blow-dryer has garnered Attract’s very personal Better of Magnificence and Readers’ Alternative Awards and remains to be simply as well-liked right this moment because it was 5 years in the past when it first hit the market.

Should you wanted one more reason to take a position on this luxurious blow-dryer, here is one: It could {smooth} away all your flyaway troubles, due to its new addition, the Flyaway Attachment. This new nozzle is the fifth attachment you should utilize completely in your Dyson Supersonic, and it makes use of the model’s distinctive “Coanda impact” aerodynamic know-how, which makes use of velocity and strain to create a spinning vortex of air across the curved barrel to create a smooth, flyaway-free end in your hair.

“Our first prototypes used bristles – however these have been a hindrance. We realized we might grip the hair with airflow alone, by harnessing the Coanda impact,” says Veronica Alanis, the engineering lead at Dyson. “Then, in our testing, an air leak was noticed, and it was pushing the flyaways via the tress and out of sight.” 

Alanis notes that this pleased accident unlocked the inception of Dyson Flyaway attachment. “It robotically attracts and lifts longer hairs to the entrance utilizing the Coanda impact,” she says. “A second jet pushes flyaways via the hair, hiding them out of sight and supplying you with a smooth-and-shiny end.” 

The Flyaway Attachment’s hook-like form appears intimidating at first, but it surely’s really fairly easy to make use of. In keeping with a press launch from Dyson, its distinctive form permits your dryer to imitate the “brush and blow-dryer” approach that hairstylists use to create {smooth}, shiny, and flyaway-free blowouts. This new tackle the method leaves you with effortlessly polished strands with a easy, goof-proof approach. Plus, it requires much less warmth — and, subsequently, much less warmth injury — to model.

Courtesy of Dyson

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