Is the Induction Soap Dispenser really more hygienic than the traditional push-type soap dispenser?

Today, as hygiene needs are increasingly valued, the comparison between the hygiene level of the Induction Soap Dispenser and the traditional push-type soap dispenser has attracted much attention.
The Induction Soap Dispenser uses non-contact sensing technology. When the hand approaches, the soap liquid is triggered to flow out automatically through infrared or other sensing methods. This avoids direct contact between the human hand and the liquid outlet or pressing part of the soap dispenser, reducing the chance of cross-transmission of bacteria and viruses between different users. For example, in public places such as hospitals and shopping malls, where a large number of people use it, the non-contact sensing soap dispenser can effectively reduce the risk of cross-infection.
Traditional push-type soap dispensers need to be pressed by hand to squeeze out the soap liquid, and people's hands may carry various bacteria and dirt, which will contaminate the pressing part of the soap dispenser during the pressing process. As the number of uses increases, a large number of bacteria will remain in the pressing part, and these bacteria will be brought to the user's hands with the next press, causing secondary contamination.
Induction Soap Dispenser usually has a quantitative liquid discharge function, which can accurately control the outflow of soap liquid. This not only avoids the waste of soap, but also prevents the breeding of bacteria around the outlet due to excessive soap residue. Traditional push-type soap dispensers may cause excessive or insufficient soap to flow out due to uneven pressing force, and excessive soap residue can easily attract dust and breed bacteria.
In addition, the internal structure of the induction soap dispenser is relatively closed, which reduces the chance of external dust and debris entering the soap bottle, and can better keep the soap clean and hygienic. However, during frequent pressing of traditional push-type soap dispensers, the opening of the soap bottle may loosen, increasing the possibility of external contaminants entering.