Momax Airoma Tower 3d Air Circulation Diffuser Tower Fan (If17)

Uniform wind speed distribution
The 3D air circulation fan adopts a special design to achieve uniform wind speed distribution throughout the room. It uses multiple fan blades and steering functions to create multi-dimensional air flow, blowing cool wind to all corners of the room for all-round comfort.

Maximum speed reaches 2000rpm
This fan has a high-speed fan that provides powerful wind and excellent air flow.

wide angle swing
Support automatic vertical 90 degreesswing
Automatic level 80 degreesswing

Wind speed setting
It provides 3 wind speed options. You can adjust the wind speed and mode according to different needs and environments to obtain the most comfortable wind flow experience.

Diversification model
-Circulating air mode:Turn on the maximum wind speed, turn on the up, down, left and right swing wind at the same time, and enter the circulating wind mode.
-Sleep wind mode:The sleep wind function reduces the wind speed by one level every hour according to the preset setting until it reaches the lowest level and continues to operate. This gradual change in wind speed helps adapt to changes in your body and environment, providing a more comfortable sleep experience. This mode also helps save energy and extend the life of the fan.
-Mother and baby style modeThe baby wind mode usually runs at a softer wind speed, creating a gentle and comfortable atmosphere suitable for both babies and mothers. This gentle air flow pattern will not cause discomfort to the baby while also keeping the mother cool and comfortable. This mode is also designed to operate with low noise to avoid disturbing the baby's sleep and tranquility.

Support fragrance
Features a fragrance cover that can diffuse your favorite fragrance into the room, providing a pleasant atmosphere and fragrance.

Available in two heights
The base accessory changes height, allowing you to adjust the height of the fan to your needs. This ensures that airflow reaches the areas you want, providing optimal cooling.