Dreame Cleaning Tray Plate for X20+ / X10+ Robot Vacuum Mop Base, White
- White cleaning tray plate for Dreame X20+ and X10+ robot vacuum mop stations. Designed for reliable water drainage, stable mop washing support, and precise fit with the automatic cleaning base system.
The Dreame cleaning tray plate is a dedicated sensor module and base component designed for compatible robot vacuum cleaner systems, including the Dreame X20+ and X10+ automatic mop cleaning stations. Finished in white, it supports the mop washing area by providing a stable, precisely shaped platform for daily cleaning cycles and efficient drainage within the base unit. Constructed to match the original docking station layout, this tray plate features a durable molded structure engineered for repeated contact with moisture, dirt residue, and routine maintenance. Its contoured surface, raised edges, and integrated support pattern help guide water flow and maintain proper positioning during mop cleaning.
The component is designed for robot vacuum cleaner compatibility and includes a 4-wire configuration consistent with sensor-module integration requirements. In practical use, the tray plate plays an important role in the automatic cleaning process by supporting the mop washing mechanism and helping the base station remain clean and functional. Its fitted geometry promotes correct alignment inside the dock, while the drainage-oriented design helps manage wastewater and debris more effectively. This contributes to smoother operation of the automatic mop cleaning system and supports consistent maintenance performance over time.
Choosing a compatible Dreame cleaning tray plate is a practical solution when replacing a worn, damaged, or heavily used original part. It helps restore the cleanliness and efficiency of the docking station, supports reliable day-to-day robot operation, and reduces the inconvenience of improper water handling or unstable mop washing. For users of Dreame X20+ and X10+ systems, this component offers a precise and functional replacement for maintaining the performance of the robot vacuum cleaner base.
