Roborock Qrevo Slim – Plus.Parts® Washable HEPA Filter Set

The Roborock Qrevo Slim is Roborock’s slim-profile answer to low-clearance living spaces, a robot vacuum built for households where furniture sits close to the floor. The Qrevo Slim uses LiDAR navigation to map room layouts and plan cleaning paths across hard floors and carpets, combining a high-suction vacuum system with an integrated mopping function for combined floor care in a single automated run. Like the rest of the Qrevo range, the Slim processes the room’s exhaust air through a washable HEPA filter housed in the body’s exhaust path. The washable HEPA captures fine dust, pollen, and airborne particulate before the exhaust returns to the room. Rinsing the filter clean between replacement intervals extends its service life, but periodic replacement is still needed to maintain airflow and filtration efficiency at the robot’s designed output level.

This set of ten Plus.Parts® washable HEPA replacement filters is a direct-fit option for the Roborock Qrevo Slim. Each filter is dimensioned to match the original HEPA filter’s housing geometry, fitting the Qrevo Slim’s filter bay without modification or adjustment. Ten per set covers ten full replacement intervals from a single order, a high-volume pack well suited to homes where the robot runs on a regular daily or near-daily schedule.

Washable HEPA media matched to the Qrevo Slim’s filtration specification. Our team covers the full Roborock range and is available for any compatibility or order question.

Slim profile, ten filters

• Low-Profile Fit – Matched to the Qrevo Slim’s filter housing, which sits within the robot’s slim chassis for under-furniture access without compromising filtration path geometry.
• Washable and Replaceable – Each filter can be rinsed clean between intervals to extend service life; the ten-pack ensures a ready supply for eventual full replacements.
• Ten-Interval Coverage – Ten filters per set delivers ten full replacement cycles from a single purchase, reducing reorder frequency for regularly used robots.