How to adjust the induction sensitivity of Stainless Steel Induction Soap Dispenser to achieve the best use effect?

In modern life, Stainless Steel Induction Soap Dispenser brings us convenience and hygiene. And the precise adjustment of its induction sensitivity is the key to achieve the best use effect.
The induction principle of this type of soap dispenser is based on infrared technology. The infrared sensor inside it is like a sharp eye, continuously emitting and receiving infrared signals. When an object enters a specific sensing area, the propagation path of the infrared is changed. The sensor captures this change and quickly transmits instructions, prompting the soap dispenser to squeeze out the right amount of soap.
Most stainless steel induction soap dispensers are designed with adjustment devices, most commonly adjustment knobs or buttons. To increase the induction sensitivity, turn the knob clockwise or press the corresponding increase sensitivity button. In this way, the induction area will be expanded accordingly, and the hand can trigger the induction at a distance from the soap dispenser. For example, in public places with dense traffic, such as the toilets in large shopping malls or busy airport waiting halls, high sensitivity settings allow users to quickly and conveniently obtain soap without deliberately approaching, greatly improving the efficiency of use and reducing waiting time in queues.
However, not all scenarios are suitable for high sensitivity. In a relatively quiet environment with low traffic, such as a home bathroom or a small office restroom, excessive sensitivity may cause misoperation. For example, if someone walks around the soap dispenser carelessly, or if objects placed nearby block the infrared rays, the soap dispenser may accidentally squeeze out the soap, causing unnecessary waste. At this time, rotating the adjustment knob counterclockwise or pressing the button to reduce the sensitivity to narrow the sensing range can effectively avoid false triggering. Only when the user's hand approaches the soap dispenser to a reasonable distance and takes the liquid, the soap will be accurately squeezed out, which not only ensures normal use, but also saves soap resources.
Some high-end stainless steel induction soap dispensers have intelligent automatic adjustment functions. They can monitor various factors of the surrounding environment in real time, such as light intensity, temperature, and frequency of use. In a dark environment, the induction sensitivity is automatically and appropriately increased to facilitate users to use it smoothly under dim conditions; when the frequency of use is low, the sensitivity is automatically reduced to reduce the chance of false triggering. This intelligent adjustment does not require manual intervention, dynamically optimizes the induction sensitivity according to actual conditions, and provides users with a caring and humanized use experience.
In addition, it is very important to keep the soap dispenser sensing area clean. Once the sensing area is covered with dust, dirt or residual soap, the emission and reception of infrared rays will be hindered, resulting in frequent sensing failure or malfunction. Therefore, regularly clean the sensing area and wipe it gently with a soft, clean damp cloth to ensure smooth transmission of infrared signals and maintain stable and accurate sensing sensitivity.