Whether you are looking for a soap dispenser for your kitchen, bathroom or laundry room, an automatic soap dispenser can help you save time and money while maintaining good hygiene. The device dispenses the right amount of liquid soap solution according to your preference. Some of these dispensers come with high tech sensors, making it easy to control how much soap solution is dispensed.

Soap dispensers are usually positioned near the sink or countertop. They provide the user with a touch-free experience, eliminating the need for multiple people to touch the bottle. This makes it easier to keep germs away from the soap and creates a more hygienic hand washing experience.

An automatic soap dispenser consists of three main components. These include the infrared sensing device, the driver device, and the pump mechanism. These are all connected by a circuit that receives a signal from the sensor. When this signal is received, it triggers the driver device to dispense the soap automatically. The pump mechanism also dispenses the pre-measured amount of soap. The dispenser is also made waterproof, which prevents soap messes.

The infrared sensing device works by detecting the hand and the hand's infrared beam. It also sends a signal to the driver device, which enables the pump to dispense the soap automatically. The amount of soap dispensed is dependent on the nozzle size. A bigger nozzle will allow more soap to be dispensed, but it will also lead to more dripping after the liquid soap is dispensed.

The driver device is made up of a sector gear, a transmission large gear, and a small gear. The motor provides low speed and high torque driving power to the toothed piece. The toothed piece is then driven perpendicularly to the soap feeding tube to dispense the liquid soap.

The feeding tube is made of flexible tubing. The tubing is placed inside a guide tube channel of the holding base 3. A micro switch is placed in the holding base. When the user squeezes the trigger, the pump section of the dispenser is activated. Once the pump section is activated, it will push the soap feeding tube through the guide tube.

The housing is made of steel. It has two slots to accommodate the components of the dispenser. It is also surrounded by a silicone seal to protect the electrical components from liquid damage.

The housing also includes a viewing window, a post, and a blocking plate. The bottom surface of the housing also includes a sensing hole. The housing also has a guide tube hole. It is also configured to enclose the soap dispenser components. The inside of the housing includes a viewing window and a hole for the soap feeding tube.