S70 Series

About The Entry

Guided by the philosophy of "aesthetic technology" and "home integration", the S70 Series integrates an architectural geometric design language into the robotic vacuum. The 90 mm ultra-thin main unit features a helmet-style front that integrates a dToF sensor, an RGB camera, a dual-line laser, and a fill light, achieving a 200-degree ultra-wide front field of view while maintaining excellent passability even when the LDS is retracted. The top cover adheres to the principle of "Form Follows Function", with a minimalist integrated silhouette that evokes an architectural sense. The base station's vertical decorative trim uses a metallic finish with localized translucency, delivering dynamic light effects to convey the operating status and reinforce the family design identity.

The innovative live-water roller mopping system enables continuous self-cleaning while mopping, eliminating the long-standing issue of mopping with a dirty mop. The outward-extendable roller mop extends up to 48 mm, while the active curtain automatically retracts the wet mop and deploys shields upon detecting carpets to block moisture. The multi-degree-of-freedom (DoF) side brush has a 65-degree swing range, allowing it to pivot and lift to reach wall corners while avoiding secondary contamination. Moreover, the base station structure has been redesigned: moving away from the redundant conventional approach of using both an outer shell and an inner bracket to house the water tank, it now adopts a single "bucket-shaped shell" that carries the water tank. This significantly reduces material consumption and carbon emissions while maintaining functional stability.

In terms of materials, the S70 employs highly durable, recyclable plastics, paired with spray-free injection molding and etching textures, eliminating secondary finishing processes. This recreates architectural-grade texture while reducing energy use and carbon footprint, driving the cleaning appliance industry toward a sustainable future through innovative design.