Acessório para aspirador - escova de secagem com ventoinha/MORPH C 9.06.0834 ROBOROCK

The Roborock Auto-Drying Module is a dedicated accessory that eliminates moisture from mop pads and brushes after each cleaning cycle. By circulating warm air at approximately 45°C, it prevents the growth of mold, mildew, and odor-causing bacteria, keeping your robot vacuum hygienic and ready for the next run. The module integrates seamlessly with the Roborock S7 MaxV Ultra and S7 Pro Ultra docks, drawing power directly from the station and offering app-based control for drying duration.

Advantages

This drying module delivers consistent, low-noise operation while consuming minimal energy. Its plug-and-play installation requires no tools, and the built-in overheat protection ensures safe unattended use. The LED status indicator provides clear feedback, and the ABS housing matches the dock's design for a cohesive look. Adjustable drying times (2–4 hours) let you balance thoroughness with energy savings.

Suitable for

• Roborock S7 MaxV Ultra owners who want to extend mop pad lifespan
• Roborock S7 Pro Ultra users seeking automatic moisture control
• Households in humid climates where quick drying is essential
• Users who prefer a hygienic, odor-free cleaning routine

Key specifications

• Product type: Auto-drying module
• Drying method: Hot air circulation
• Drying temperature: Approx. 45°C
• Drying duration: Adjustable (2–4 hours typical)
• Compatibility: Roborock S7 MaxV Ultra Dock, S7 Pro Ultra Dock
• Power source: Powered by docking station
• Noise level: Low-noise operation
• Material: High-quality ABS plastic
• Safety: Built-in overheat protection
• Indicator: LED status light
• Installation: Plug-and-play, no tools required

Recommendations

For best results, activate the drying module after every mopping session. Use the Roborock app to set a drying duration that matches your environment—longer cycles for high humidity, shorter for dry climates. Periodically wipe the module's air inlet and outlet to maintain optimal airflow and performance.