The 100,000 rpm high-speed motor can drive the fan blades to form a strong airflow in a very short time, thereby generating a suction force of up to 150AW. This suction level is much higher than that of ordinary household vacuum cleaners, enabling it to efficiently absorb dust, sand, hair, dandruff ...

The cordless smart vacuum cleaner can efficiently capture and lock tiny particles larger than 0.3 microns because it uses advanced filtration materials and precise manufacturing processes. These filtration materials usually have extremely small pore sizes and large specific surface areas, which can ...

In the airflow circulation system of the cordless smart vacuum cleaner, the primary filtration layer is the first line of defense. When the user starts the cordless smart vacuum cleaner, the dust-laden airflow first enters the primary filter area. This layer usually uses a filter or filter element s...

The strong suction of a cordless smart vacuum cleaner is the key to its efficient cleaning. It can quickly and effectively remove all kinds of dust on the ground, including fine dust particles, daily debris, hair, etc. This powerful suction ensures the thoroughness of cleaning and restores the floor...

The 100,000-rpm high-speed motor can generate a strong suction force of up to 150AW through its high-speed rotation characteristics. This suction force is far beyond the level that ordinary motors can achieve, allowing the cordless smart vacuum cleaner to easily suck away dust, cat litter, paper scr...

The latest list of the 2025 New York Product Design Awards in the United States has been announced. The yoolady-V70 cordless vacuum cleaner, with its outstanding innovative design and user experience, stood out among thousands of entries from around the world and won the silver award in the househol...

When the motor runs at high speed, the intense friction between the internal winding and the magnetic steel will cause high temperature. If the heat cannot be discharged in time, it will cause the magnetic attenuation of the permanent magnet or even the melting of the insulation layer. To this end, ...