XWOW R3 WET DRY VACUUM ROBOT

This product is a multi-functional vacuum robot with a minimalist design. It boldly breaks away from the stereotypical appearance of traditional household appliances, adopting a design with geometric interplay that visually brings about a unique aesthetic. Taking into account users' actual needs and habits, it maximizes functionality (such as vacuuming, mopping, navigation, obstacle avoidance, scheduling, remote control, automatic recharging, automatic cleaning, drying, etc.) while ensuring a more compact size (approximately the size of a shoebox), thus enhancing the efficiency of home cleaning and allowing users to better enjoy their lives. The smooth exterior curves, minimalist design, deep black primary color scheme, interplay of columns and rectangles in the exterior design, and injection molding of exterior components all exemplify the high-end quality and advanced manufacturing process of this product, from color and structure to detailed design. Visual differentiation of functional areas further helps users in easily understanding all the product's features, even without the manual. These unique designs make it not only a household cleaning appliance but also a practical decorative item that seamlessly integrates into the home environment. XWOW vacuum robot utilizes an industry-first combination of ultra-fine fiber and polyester track mop, which boasts a large coverage area, strong friction, and excellent water absorption. Coupled with innovative real-time mop washing technology, through intelligent algorithms, the robot can clean and moisten the mop in real-time during the cleaning process, ensuring efficient and thorough cleaning while minimizing water consumption. The cyclic air duct design of the dust chamber and the HEPA filter ensure the cleanliness of the mop, reducing odors and bacterial growth. The main exterior components of the whole machine adopt a more environmentally friendly injection molding process to achieve a metallic appearance texture. Compared with the spraying process, the waste generated during the injection molding process is relatively less, and the amount of material can be effectively controlled, reducing material waste. The injection molding material used is recyclable and biodegradable, increasing resource utilization and protecting the ecological environment.