Home dishwasher technology iteration: a complete process innovation from washing to disinfection and storage

Home dishwashers have achieved a technological breakthrough in the entire process of "washing disinfection drying storage" through collaborative innovation of water dynamics, material science, and intelligent control, becoming the core guarantee for a healthy family life.

The technical limitations of traditional dishwashers

The spray arm dishwasher has cleaning dead corners (such as the bottom of a deep cup), and the removal rate of starch stains is less than 70%; The residual temperature drying machine has a drying time of up to 2 hours and the inner wall is prone to residual water stains. Early models lacked disinfection function, with bacterial residues reaching 10 ⁴ CFU/unit.

Systematic upgrade of clean technology

Five dimensional spray system: using a combination of top rotating spray, middle double-layer spray, and bottom high-pressure spray, with a water flow coverage rate of 99%. Actual testing shows that the system has a 35% increase in the removal rate of red wine stains compared to traditional models, and a 20% reduction in water consumption.

Supercritical CO ₂ cleaning: Inject liquid CO ₂ into a closed chamber, generate a micro explosion effect through sudden pressure changes, and remove stubborn oil stains. Laboratory data shows that this technology has a removal rate of 98% for burnt stains on baking pans, and does not require the use of chemical detergents.

AI Stain Recognition: Using spectral sensors and machine learning algorithms, automatically determine the type of stain (such as oil, starch, protein) and adjust the washing program. For example, after identifying starch stains, the system will extend the pre wash time and raise the water temperature to 65 ℃.

Deep integration of disinfection storage technology

Plasma disinfection technology: generates plasma through high-voltage electrodes to destroy the structure of bacterial DNA. Actual testing shows that this technology has a killing rate of 99.999% against Escherichia coli and Staphylococcus aureus, and there is no ozone residue.

Hot air circulation storage: After washing, automatically start a 72 hour hot air circulation (temperature 60 ℃) to reduce the humidity inside the chamber to below 30%. After 72 hours of storage, the total number of bacteria on the surface of the tableware is less than 10CFU/piece, meeting the medical grade storage standard.

Intelligent ventilation system: automatically ventilated every 24 hours through humidity sensors and exhaust valves to avoid odor generation. After 7 days of storage, the tableware of a certain brand model has no moldy smell, and the odor intensity level has dropped to level 0 (no perception).

Diversified expansion of user scenarios

Develop a "bottle cleaning mode" for mother and baby families, using 45 ℃ low-temperature washing and ultraviolet disinfection to avoid plastic bottle deformation caused by high temperature; Designed a "heavy oil pollution mode" for Chinese style kitchens, using a high temperature of 75 ℃ and a powerful detergent to remove chili oil stains from Sichuan style cookware, with a measured cleaning rate of 99%.