Do you often find yourself bending down to clean the dust under your sofa? Or repeatedly wiping juice stains off the floor left by your child? For users, the cleaning power of a robot vacuum is the core concern—can it truly replace manual labor and tackle those stubborn hygiene blind spots at home? Today, let’s look at real-life scenarios to break down the cleaning logic of a high-performing robot vacuum.

1. Suction ≠ Cleaning Power: The Dual Advantage of Dual Brushes and Optimized Airflow
Many people mistakenly believe that “the stronger the suction, the better.” In reality, cleaning performance also depends on brush design and airflow efficiency. This model from our store features a powerful 5300Pa suction paired with an integrated rubber-and-bristle roller brush. The rubber section first combs through carpet fibers to lift hair and debris, while the bristle section gathers dust, which is then pulled into the dustbin via a wide intake at the base. This design is especially effective for pet owners—long golden retriever hair or bits of grass stuck in carpet seams can be whisked away in a single “comb-and-suck” motion.

2. Edge and Corner Cleaning: The Secret Lies in “Slim Body + Precise Navigation”
In open-plan homes, the narrow gaps between furniture and walls are often overlooked. Ordinary robot vacuums, due to bulkier builds or inaccurate navigation, tend to leave “crescent-shaped” trails along edges. Our model keeps its body under 9 cm in height and uses LDS laser navigation with centimeter-level accuracy, allowing it to align vertically at a 90° angle with walls and furniture edges. In testing, it effectively cleared dust under beds, along baseboards, and even squeezed into gaps between coffee tables and sofas—finally reaching the corners you once gave up on.

3. Carpet vs. Hardwood: Smart Recognition Instead of “One-Size-Fits-All” Cleaning
Homes often have mixed flooring: short-pile carpets in the living room, hardwood in the bedroom, and non-slip tiles in the kitchen. This model uses pressure sensors to recognize surface types: when it encounters a short-pile carpet, it boosts suction to maximum to remove surface dust; on hardwood floors, it reduces suction to avoid scratches while activating edge-cleaning mode to focus on baseboards. In one user’s comparison test, a regular robot left subtle scratches on hardwood, while this model left the surface shining like new.

Cleaning power isn’t about piling up a single specification—it’s about system optimization across suction, brushes, navigation, and recognition. When a robot vacuum can handle pet hair, juice stains, furniture gaps, and even distinguish between carpets and floors, that’s when it truly becomes a hands-free household helper.