Automatic Touchless Infrared Soap Foaming Hand Wash Dispenser-Battery Operated

Description:

This is an automatic foaming soap dispenser, no need to press buttons for the soap to dispense. It is equipped with an infrared induction where you only need to stretch out your hand; the dense foam will come out without contact operation, guaranteed safe for health and sanitation.
It comes with a transparent window, where the remaining amount of soap is visible so you know when to refill. It is suitable for foam-type (water-like) hand sanitizers of various brands, and it is more convenient to change the liquid.
Precisely controls the mixing ratio of soap and air, the foam is more delicate, more intimate with the skin, and deep cleans without hurting hands.

Features: 

Automatic foaming soap dispenser.
No need to press buttons for soap dispensing.
Equipped with infrared induction for contactless operation.
Guaranteed safe for health and sanitation.
Transparent window for easy visibility of remaining soap.
Allows you to know when to refill.
Suitable for foam-type (water-like) hand sanitizers.
Compatible with various brands of hand sanitizers.
Convenient for changing the liquid.
Precise control over soap-to-air mixing ratio.
Delicate foam for a gentle and intimate experience with the skin.
Deep cleans without hurting hands.

Specifications:

Color: White
Material: ABS + PP 
Size: 102 x 193 x 73 x 87 mm
Weight: 328g
Function: Soap Dispenser
Rated voltage: 6V
Battery type: 4 x AA Alkaline batteries (Not Included)
Working temperature: 5 ℃ ~ 40 ℃ Working humidity: 0% —85% RH
Status: indicator light display Turn on: light on for 1-second Shutdown: Flashing and extinguishing after the light is on
Low battery level: the light flashes continuously after induction, In the power-on state, touch the key to turn it off. 
 

Package Inclusion:

1 x Soap Dispenser

Product Notes:

Please allow 1-3 cm difference due to manual measurements.
Please note that the actual colors of the products displayed on screens may vary slightly from the images shown, due to various factors such as screen settings, lighting conditions, and individual device color calibration.