RF20 Multi-Function Bladeless Air Purifying Fan

Breaking the long-standing divide between function and aesthetics in traditional fans, the RF20 pioneers the philosophy of "Visualized Aesthetics of Wind". By deeply integrating aerodynamics with optical engineering, it delivers not just comfortable airflow but an immersive visual experience. Air is no longer merely a carrier of sensory comfort—it becomes a visible element within the space, adding a sense of technology and aesthetic value to everyday life.
Design-wise, the RF20 adopts a minimalist cylindrical form that maintains visual purity and structural integrity. Its top-mounted circular light module draws inspiration from the dynamic light signatures of automotive taillights. A highly transparent acrylic component, combined with precision-engraved optical textures, refracts light emitted by RGBW LEDs. An independent lighting control algorithm translates real-time wind direction and speed into dynamic light trajectories. The design ensures that the light field aligns precisely with the airflow field, transforming moving air into a visible rhythmic display and enhancing spatial interaction and sensory engagement.
As the world's first bladeless airflow system to integrate millimeter-wave radar with four articulated guide vanes, the RF20 precisely detects user position to enable dual-mode intelligent airflow control: "Person-Tracking Airflow" actively tracks the user for a consistently refreshing experience; "Person-Avoiding Airflow" effectively eliminates the discomfort of direct airflow often associated with traditional fans. With a 120° wide-area air outlet, the RF20 delivers even, gentle airflow across a larger space, significantly improving overall air comfort.
Constructed from high-transparency acrylic, POM, and eco-friendly ABS, the RF20 ensures long-term durability and recyclability. Combined with its dual-mode intelligent airflow control and precision-targeted air delivery, it minimizes unnecessary energy waste, reduces power consumption, and extends product lifespan through precision engineering, achieving a balance of high efficiency, energy savings, and environmental responsibility.