L’Oréal’s AirLight Pro Is the Fastest Hair Dryer I’ve Ever Used — Review, Photos

L’Oréal’s AirLight Pro Is the Fastest Hair Dryer I’ve Ever Used — Review, Photos

Introducing the latest innovation in hair drying technology – the new-and-improved dryer that has been put through rigorous testing to ensure durability and effectiveness. This dryer features three heat settings, three fan speed settings, four pro-styling modes tailored to different hair types, two styling attachments (a concentrator nozzle and a diffuser), and even a convenient app that allows you to customize your settings from your phone.

But what sets this dryer apart from the rest is the cutting-edge technology behind it. Developed to work on all hair types, the AirLight Pro went through extensive testing to ensure its efficiency. Guive Balooch, global managing director of augmented beauty and open innovation at L’Oréal Groupe, explains the meticulous process of testing and refining the dryer to make it suitable for everyone.

Inspired by nature, the scientists and engineers behind the AirLight Pro took cues from how rain dries faster in sunny, windy conditions. By harnessing a specific wavelength of infrared light, the dryer is able to dry hair more efficiently. The innovative design includes a circle of infrared light at the front of the dryer, combined with a traditional motor and coils in the center. This setup allows the infrared light to heat the air as it flows towards your hair, making the drying process more effective.

Unlike traditional hair dryers that waste heat, the AirLight Pro minimizes heat dissipation by heating the air as it moves towards your hair. This results in a more efficient drying process, starting at a lower temperature of 150 degrees and saving you up to 20% on electricity consumption compared to traditional dryers.

In conclusion, the AirLight Pro is not just a hair dryer – it’s a game-changer in hair drying technology, offering a unique combination of innovation and efficiency to give you the perfect blowout every time.