Traditional Hair Dryers Always Compromise Between 'lack Of Wind' And 'harsh Noise'?

Core advantages: Use technology to reconstruct the "blowing" experience.
Efficiently amplify airflow, drying hair faster and with less effort.
The built-in high-speed digital motor (such as the Dyson 9th generation motor) quickly draws in the surrounding air and amplifies the airflow by more than 3 times through the special structure of the annular airflow multiplier, forming a high-pressure, high-speed concentrated airflow. There is no need to rely on excessive temperatures, and only strong air currents can quickly remove moisture from the surface of the hair, reducing the damage caused by heat to the hair texture, and achieving "gentle and quick drying".
The airflow is softer and the hair strands are not pulled.
The amplified airflow evenly wraps the hair in a circular shape, instead of local strong wind impact, which can not only penetrate deep into the hair roots to dry quickly, but also avoid the frizz and knots caused by the "hard blowing" of traditional hair dryers, so that the hair is more conformable and smooth during the drying process.
Low-noise design for a more comfortable experience.
The acoustically optimized design of the motor and airflow channel makes the noise softer at high speed (about 60 decibels, close to normal. conversation), and the harsh roar of traditional hair dryers is eliminated, making it easier to dry hair.
Adapt to multiple scenes, and the shape is more flexible.
With different nozzles (e.g. anti-flying, smooth, smooth) and airflow, the airflow can be precisely applied to the hair: it can not only quickly dry long hair, but also create a fluffy cranial crown and inner buttoned hair ends through the direction of the airflow, so as to "blow dry" and "shape" in one machine.