Upgrading washing technology and optimizing user experience for household washing machines

From pulsars to drums, from mechanical control to intelligent perception, washing machine technology is evolving towards the direction of "cleaner, more protective, and more energy-efficient".

The core issue of traditional washing technology

The pulsator washing machine uses water flow to remove dirt, but the clothing entanglement rate reaches 70%, resulting in a wear rate that is three times higher than that of the drum type. Although early drum washing machines reduced entanglement, heating washing consumed a high amount of electricity (2-3 degrees per cycle), and high temperatures (above 60 ℃) easily solidified protein stains.

Collaborative breakthrough in innovative washing technology

Ultra fine bubble washing: By using a high-pressure pump to generate bubbles with a diameter of 50-100 microns, a shock wave is generated when they burst, removing stains deep in the fibers of clothing. Actual testing shows that its removal rate of stubborn stains such as red wine and lipstick is 35% higher than that of ordinary models.

AI stain recognition: Equipped with a built-in spectral sensor and image recognition algorithm, it automatically determines the type of stain (such as oil stains, blood stains) and adjusts the water temperature, detergent dosage, and washing time. For example, after identifying blood stains, the system will control the water temperature below 40 ℃ to avoid protein denaturation.

Condensation drying technology: using a heat pump circulation system, the drying temperature is controlled at 55-65 ℃, which is 50% more energy-efficient than traditional electric heating tube drying, and the fluffiness of clothes is increased by 20%.

Fine adaptation of user scenarios

Baby clothing washing mode: By boiling at 60 ℃ and rinsing multiple times, bacteria in milk and urine stains are removed, and a fabric softener is added to prevent static electricity.

Outdoor clothing washing mode: using low-speed (800 revolutions per minute) and cold water washing to avoid the waterproof coating from falling off. The tested waterproof performance retention rate of the clothes after washing is 92%.

Night silent mode: By using a variable frequency motor and noise reduction structure, the working noise is reduced to 45 decibels (equivalent to a library environment), without affecting users' rest.