With its advantages of intelligence and space utilization, automatic telescopic sliding doors are gradually becoming the core components of modern building entrance and exit systems. This type of door body is driven by a motor and linked with a sensor to form an efficient flow channel in public places such as shopping malls, airports, and hospitals, which is especially suitable for high-frequency traffic scenes.
At the entrance of the commercial complex, the automatic telescopic sliding door made of glass is integrated with the building facade, which can not only maintain visual transparency, but also achieve contactless opening through infrared sensing, improving the consumer experience while reducing the loss of cold and warm air. The clean department of the hospital adopts an airtight design, forming a closed space when the door body is closed, and cooperating with the air purification system to effectively control the risk of cross infection.
In the industrial field, the loading and unloading area of the storage and logistics center is often equipped with heavy metal sliding doors. Its wind pressure-resistant structure and anti-collision sensor can adapt to the frequent entry and exit of forklifts, and the automatic cleaning device embedded in the door track can prevent dust accumulation from affecting the operation accuracy. In the smart home scene, the embedded balcony retractable door is remotely controlled by a mobile phone APP, and automatically closed in bad weather with the wind and rain sensor, solving the pain point of traditional sliding doors taking up space. The shield door system of the subway platform is a special form of automatic sliding structure, which not only ensures the safety of passengers, but also reduces the airflow disturbance when the train enters and exits through real-time pressure adjustment.
With the development of Internet of Things technology, some high-end automatic telescopic sliding doors integrate face recognition and data analysis modules, and the office building access control system uses this to achieve seamless connection between personnel attendance and visitor management. The improvement of safety details such as anti-pinch design, emergency power-off mode, and low-noise drive makes it also applicable in kindergartens, nursing homes and other places. In the future, the application of flexible display screens and photovoltaic materials may give sliding doors information interaction and energy self-supply functions, further expanding their role boundaries in smart cities.
