T70 Ultra Station

About The Entry

The T70 Ultra Station is a full-scenario floor cleaner that directly addresses the challenges of cleaning hard-to-reach spots in households, and one that is driven by differentiated engineering design. It transcends the constraints of traditional configurations with its pioneering outward-swinging cloth disc, enabling floor cleaners to hug wall corners and vertical edges snugly while delivering comprehensive wet cleaning coverage. It incorporates the Smart Capture Robotic Arm that further expands the cleaner's adaptability to diverse home environments. The arm can not only reach into those stubborn hard-to-reach corners, but also mimic the sweeping motion of gathering debris, efficiently collecting and removing solid waste—this marks a stark departure from the operational logic of traditional floor cleaners when they handle mixed wet and dry messes.

The T70 Ultra Station allows for a full 180° horizontal lay-flat position, and boasts consistent, powerful 27kPa suction that ensures uncompromised cleaning efficiency when the cleaner reaches deep into low-clearance areas such as under beds and kitchen cabinets. It delivers a smooth and intuitive control experience via the AI-powered assistance system, and cuts down on the hassle of household cleaning with its markedly reduced operating noise. Additionally, it integrates a seven-day maintenance-free docking system that slashes the frequency of refilling water, emptying dirty water and conducting cleaning maintenance, optimizing the actual hands-on effort required throughout the usage process by design.

The T70 Ultra Station strikes a perfect balance between the practical needs of deep cleaning and the aesthetic appeal of seamless home integration, all through its ultra-slim 98.5cm frame. IML in-mold labeling technology endows the body with a seamlessly molded matte finish as well as scratch-resistant durability. The outward-swinging cloth disc assembly features a translucent gradient casing and an internal electroplated structure, creating dynamic visual layers as the mechanism moves.