UVC LED Disinfection Inside Home Appliances

The published cases, as the company presents them

The company's published application record for this setting names four cases: disinfection inside refrigerator appliances; a sterilizer box for household and personal items; a UV disinfection knife holder in a kitchen appliance line; and a smart toothbrush steriliser in personal care. These are application settings as published by the company itself. The component configuration behind any individual product is a per-model matter, confirmed in the enquiry exchange for the model in question. The enquiry for such a programme names the case type, the interior geometry, the load the product treats and the cycle it runs, so the configuration is confirmed against the product as designed, not against the case name alone.

Each case, on its own record

The refrigerator case is listed as disinfection inside refrigerator appliances. The sterilizer box case is listed for household and personal items. The knife holder case is listed in a kitchen appliance line. The toothbrush steriliser case is listed in personal care. The published record names these settings individually; it does not record a shared geometry, a shared dose field, a shared loading method or a shared cycle operation across them. What configuration sits behind any individual product is a per-model matter, confirmed in the enquiry exchange for the model in question.

What an enquiry states

• Dose at the worst point: the farthest, most shadowed surface in the load sets the cycle time; the design works backwards from that map.
• Load presentation: how items sit inside the enclosure — hung, racked, laid flat — stated in the enquiry alongside the geometry.
• Cycle design: the cycle time and emitter count the design assumes, stated in the enquiry against the dose map.
• Interlocks and signalling: the emitter stage is specified for integration with the appliance's own drive and door-interlock design.
• Interior materials: the surfaces inside the enclosure, stated in the enquiry as an input the component is confirmed against.

What the component side confirms

The appliance maker owns the finished product's claims and its photobiological classification. The component exchange confirms the emitter stage: light-bar sets or module configurations quoted against the enclosure geometry, the band and rated drive, and what documentation exists for the configured model. Bring the enclosure dimensions, a description of the load and the target cycle time to the enquiry.

Designing the cycle the user actually runs

The cycle belongs in the enquiry, stated as an input: the cycle time the use pattern allows, the enclosure geometry and the load, so emitter count, band and cycle time are confirmed against the dose map and the use pattern together. The published cases name settings — refrigerator interiors, a sterilizer box, a knife holder, a toothbrush steriliser — without recording a shared cycle across them; the cycle behind any individual product is part of what the enquiry establishes for that model.

Does the toothbrush steriliser case mean finished sterilisers are sold here?

No. The catalogue supplies components and modules to equipment makers; the published cases record application settings, not a finished-goods offer. A steriliser product is the appliance maker's product, built on components confirmed per model.

The cases, as published

The published cases are application settings as the company presents them: disinfection inside refrigerator appliances; a sterilizer box for household and personal items; a UV disinfection knife holder in a kitchen appliance line; and a smart toothbrush steriliser in personal care. An enquiry for such a programme names the case type alongside the geometry, load and cycle inputs above.