ONEPWR Emerge Cordless Stick Vacuum
The ONEPWR Emerge Cordless Stick Vacuum has a high-performance brushless motor that delivers 2x the power* and Dual Cyclonic Filtration that captures 99.4% of dust and fine particles with no loss of suction**. Clean up crumbs, deep embedded dirt and more with a motorized floorhead, designed to effective clean and maneuver on all floor types. Convert to a hand held vacuum to clean hard-to-reach areas with specialized tools. With a lightweight and cordless design, easily navigate through your home to tackle messes when happen, where they happen.
*In Handheld, low suction mode
**Down to 0.7 Microns, from the air that passes through it; based on BS EN 60312-1:2017 clause 5.11
The ONEPWR Emerge Cordless Stick Vacuum has a high-performance brushless motor that delivers 2x the power* and Dual Cyclonic Filtration that captures 99.4% of dust and fine particles with no loss of suction**. Clean up crumbs, deep embedded dirt and more with a motorized floorhead, designed to effective clean and maneuver on all floor types. Convert to a hand held vacuum to clean hard-to-reach areas with specialized tools. With a lightweight and cordless design, easily navigate through your home to tackle messes when happen, where they happen.
*In Handheld, low suction mode
**Down to 0.7 Microns, from the air that passes through it; based on BS EN 60312-1:2017 clause 5.11
Description
The ONEPWR Emerge Cordless Stick Vacuum has a high-performance brushless motor that delivers 2x the power* and Dual Cyclonic Filtration that captures 99.4% of dust and fine particles with no loss of suction**. Clean up crumbs, deep embedded dirt and more with a motorized floorhead, designed to effective clean and maneuver on all floor types. Convert to a hand held vacuum to clean hard-to-reach areas with specialized tools. With a lightweight and cordless design, easily navigate through your home to tackle messes when happen, where they happen.
*In Handheld, low suction mode
**Down to 0.7 Microns, from the air that passes through it; based on BS EN 60312-1:2017 clause 5.11
