Dreame Technology officially launched its first offline flagship store in the Philippines, marking a major step in bringing its advanced smart home ecosystem closer to Filipino consumers.

Located at SM Southmall, the flagship store serves as a hands-on technology hub, showcasing Dreame’s latest innovations across intelligent cleaning, personal care, and air purification, each powered by proprietary engineering and AI-driven systems.

At the core of the store’s lineup is the Matrix10 Ultra robot vacuum, featuring Dreame’s proprietary Smart Multi-Mop Switching technology. This system dynamically adapts cleaning modes based on surface type, reflecting a broader shift toward autonomous, context-aware home devices.

Also featured is the Aqua 10 Pro Track, Dreame’s most advanced robotic vacuum to date. It introduces an industry-first tracked 45°C heated active water mopping system, allowing the device to simultaneously clean and self-wash with every rotation. This addresses a long-standing limitation in robotic mopping—dirt redistribution—by maintaining consistent mop cleanliness throughout operation.

The system is powered by a combination of 25,000Pa high-performance suction, a hybrid dual-roller brush architecture, and bionic dual robotic arms that enable synchronized sweeping and mopping. Its navigation and obstacle-handling capabilities are equally advanced, featuring AI-powered dual-camera vision, self-lifting panoramic LiDAR, and 6 cm obstacle-climbing, allowing it to move seamlessly across complex home layouts.

Supporting the robot is an all-in-one intelligent base station that fully automates the cleaning cycle, integrating 100°C high-temperature mop washing, 45°C hot-air drying, UV sterilization, and automatic dust collection and cleaning solution refilling. Together, these features create a fully autonomous, closed-loop cleaning system.

Dreame’s engineering approach is further evident in the H15 Pro FoamWash, which combines robotic mechanics with AI-assisted cleaning. The device uses a foam-based pre-treatment system to break down stubborn dirt and odors before suction.

Its upgraded Lingbu AI Robotic Arm 2.0 dynamically adjusts during edge detection, optimizing debris collection in real time. The system is paired with 23,000Pa suction power and 100°C hot-water roller cleaning, ensuring both deep cleaning and hygiene.

The drying process is also automated through far-infrared, low-noise drying technology, supported by real-time moisture sensing, demonstrating Dreame’s focus on end-to-end automation.

Dreame also introduced the Z30S Station, an evolution of its self-emptying vacuum platform. The system incorporates CelesTect optical technology, which enhances dust visibility through a 140° wide-angle illumination system and curved lens diffusion, making micro-particles up to 16 times more visible than standard lighting.

Performance-wise, the Z30S delivers 260 AW of suction power and is equipped with a HEPA 14 filtration system that captures 99.99% of particles as small as 0.1 μm. Its 3L antibacterial dust bag enables up to 100 days of hands-free operation, highlighting a shift toward low-maintenance, high-efficiency cleaning systems.

Beyond home cleaning, Dreame is also advancing personal care technology with the Pocket Uni, a foldable high-speed hair dryer engineered for global use. Weighing just 330g, the device features a 110,000 RPM motor and plasma-based hair care technology designed to reduce frizz while maintaining shine.

The Pocket Uni’s standout feature is the SmartVolt AI adaptive voltage system, which automatically detects and adjusts to global voltage ranges (100–240V), enabling seamless international use. The device’s 180° foldable design and modular attachments further position it as a multifunctional, travel-ready styling tool

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Rounding out the ecosystem is the PM10 series air purifier, which introduces dual-channel airflow regulation powered by AI. Using real-time air quality data, the system dynamically switches between single- and dual-airflow modes to optimize purification efficiency. It also integrates millimeter-wave radar sensing, enabling the device to detect human movement within a 5-meter range and adjust airflow direction accordingly. This capability represents a new level of personalization in indoor air management, combining environmental sensing with adaptive response.