It's not magic,
it's Swedish engineering

Our award winning technology delivers clean air faster² and quieter³, while using less energy than a lightbulb⁴

Airborne particles are captured down to 0.1  microns in size¹

More volume of clean air delivered compared to typical HEPA filtration²

Lower noise³ you might forget it's even on

Lower energy usage, consuming less energy  than a lightbulb⁴.

The fan draws polluted air into the device

The pre-filter catches larger airborne particles like dust and dander

Airborne particles receive an electrostatic charge to help them cling to the particle filter

Carbon layer traps odor and gas particles

Updated Feb 28, 2025

Updated Dec 03, 2024

Updated Dec 04, 2024

¹ Based on removal testing of PM 2.5 (0.1 - 2.5 microns) and germs (H1N1, E.coli) up to 90min in a 30m3 room. Performance may vary. Not all Blueair air purifiers have been tested against SARS-CoV-2, and Blueair does not claim to kill/prevent transmission of COVID-19.
² Comparing CADR performance of Blueair models with mechanical and electrostatic filtration vs same models with only H13 HEPA mechanical filtration.
³ When similar CADR was measured, Blueair models with mechanical and electrostatic filtration achieved less noise with less energy than same models with only H13 HEPA mechanical filtration. Noise refers to the dB(A) difference in acoustic power. Sound pressure measured on low fan speed.
⁴ Energy consumption on high fan speed. Compared to over 900 lumens incandescent light bulb.