In the field of hygiene, continuous innovation in technology has promoted the upgrading of hygiene equipment, and automatic soap dispensers have undoubtedly become one of the representatives of this trend. Among them, the non-touch design, as one of its key features, not only improves the user experience, but also significantly reduces the risk of cross-infection from a hygienic perspective, bringing a real revolution to public health.

Reduce the risk of cross-infection:

Avoid direct contact with hands: An obvious problem with the traditional manual hand sanitizer operation method is that users need to directly touch the device or liquid surface. The touchless design uses infrared sensing technology so that users do not need to touch the device during the entire hand washing process, effectively reducing the chance of hand contact with sources of infection.

More hygienic in public places: In public places, touchless designs can prevent the spread of germs on equipment surfaces. Users do not need direct contact when using the smart hand sanitizer automatic sensor, which greatly reduces the risk of cross-infection and helps improve the hygiene level in public places.

Accurate sensing technology eliminates false triggers:

Accuracy of sensing technology: The touchless design relies on advanced sensing technology, and its built-in infrared sensor can accurately sense the position of the user's hand. This allows the sensor to respond quickly when the user's hand enters the sensing range, while avoiding false triggers and improving the stability of the system.

Avoid wasting hand sanitizer: Through technological sensing, the system can accurately calculate and release the appropriate amount of hand sanitizer, avoiding the waste problems that may be caused by manual operations. This not only helps save resources, but also conforms to the principles of sustainable development and environmental protection, providing technical support for society to build a healthy and environmentally friendly living environment.

Improve user experience and enhance motivation to wash hands:

Convenient and efficient operation: The touchless design eliminates the need for users to perform additional manual operations during hand washing. They only need to place their hands within the sensing range to complete the entire hand washing process. This convenient and efficient operation method helps improve the user experience and makes more people more willing to take the initiative to wash their hands, thus strengthening the foundation of public health.

Adapt to the needs of different groups of people: Because the touchless design can adjust the sensing range and response speed through engineering, it adapts to the needs of different groups of people. Both children and the elderly can use this device more easily, promoting the popularization of hygiene habits among the people.