ICU Automatic Glass Door – Technical Overview
In critical care areas, the choice of entrance equipment directly affects workflow efficiency, patient visibility, and room cleanliness. When hospitals consider an ICU Automatic Door Replacement, they usually focus on reliability, visibility, and airtight performance. Our ICU automatic glass door system is designed with these practical engineering requirements in mind, offering a stable solution for intensive care units and other controlled medical spaces.
The door panel is built using a large flat sheet of high-strength tempered glass. This structure keeps the door rigid while providing an unobstructed view into the room, allowing medical staff to check the patient’s condition without entering. The door frame is available in two materials—powder-coated aluminum alloy or stainless steel—depending on the installation environment and hygiene standards. Both materials provide strong corrosion resistance and maintain a clean, modern appearance.
As an Automatic Hospital Door, the system is engineered for quiet and smooth operation. During opening and closing, the drive system maintains stable speed control, creating a calm atmosphere around the ICU ward. The airtight structure of the door ensures proper pressure retention inside clean rooms and prevents cross-contamination. This sealing performance is essential for hospitals that need to maintain a controlled environment.
To support different user habits and room layouts, the ICU Door can be equipped with multiple activation methods. Options include infrared sensors, foot sensors, password access, and other customized controls. These choices help hospitals set up the most efficient access mode for staff while reducing unnecessary contact with the door surface.
The door dimensions are suitable for a wide range of ICU rooms. Standard door width ranges from 1070 mm to 1570 mm, with a structural opening width of 2350 mm to 3350 mm. The operating speed of the door is adjustable between 250 and 500 mm/s. The open-hold time can be set from 2 to 20 seconds, depending on the workflow requirements. Closing force is greater than 70 N, while manual pushing force remains below 100 N, ensuring reliable sealing but still allowing manual operation during emergencies.
The entire system consumes less than 150 W, keeping energy usage low even in 24-hour medical facilities. With its clean appearance, quiet operation, and emphasis on visibility and airtight performance, this automatic glass door provides a dependable solution for ICU upgrades and replacements.
