Mop pad Ecovacs DWP020022 Robot vacuum White 4 pcs

Washable mop pads compatible with Ecovacs OZMO Turbo rotating mopping systems, including T50 & T50 MAX Family and T30C Pro. Each box contains two sets (4 pieces) of white mop pads designed for use with robot vacuums. The pads are made with a three-layer structure that traps dust, locks water and ensures firm attachment to the mop bracket, allowing effective removal of stubborn stains and cleaning along edges and corners.

Advantages

The three-layer design combines a high-density loop pile surface for dirt pickup, a middle water-locking high-elastic sponge for prolonged and even water retention, and a bottom adhesion layer that prevents displacement during use. These washable pads are reusable and compatible with the OZMO Turbo 2.0 rotating mopping system, providing residue-free cleaning and reduced need for frequent replacement.

Suitable for

• OZMO Turbo 2.0 rotating mopping systems (T50, T50 MAX Family, T30C Pro)
• Robot vacuum models that accept Ecovacs DWP020022 mop pads
• Hard floor surfaces requiring wet mopping and edge/corner cleaning

Key specifications

• Contents: 2 sets / 4 pieces per box
• Compatible models: T50, T50 MAX Family, T30C Pro (OZMO Turbo)
• Structure: 3-layer (surface high-density loop pile; middle water-locking sponge; bottom adhesion layer)
• Colour: White
• MPN: DWP020022
• EAN: 6970135034895

How to use

Attach the mop pad securely to the mop bracket of the OZMO Turbo rotating mopping system, ensuring the adhesive layer is aligned and the pad is firmly pressed to avoid slippage. Use the robot’s wet mopping mode or OZMO Turbo 2.0 function to clean floors; the rotating action helps reach edges and corners while the pad traps dirt and distributes water evenly from the sponge layer.

Recommendations

For best results, rinse or machine-wash the mop pads after use according to fabric care instructions, allow them to dry completely before reuse, and replace pads when they show signs of wear. Avoid bleach and fabric softeners to preserve water-locking properties.