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2022
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The following explains the suitable opening methods and precautions for installing medical airtight doors.
The following explains the suitable opening methods and precautions for installing medical airtight doors. The main opening methods for medical airtight doors include infrared sensing, touch switches, foot switches, card swiping, buttons, remote controls, fingerprint recognition, facial recognition, and manual push-open. However, you can also opt for several different opening methods. Let’s take a look at some common opening methods used when hospitals install sealed automatic doors.
The following explains the suitable opening methods and precautions for installing medical airtight doors.
The main opening methods for medical airtight doors include infrared sensing, touch switches, foot switches, card swiping, buttons, remote controls, fingerprint recognition, facial recognition, and manual push-open. However, you can also combine several different opening methods. Let’s take a look at the common opening methods used when hospitals install sealed automatic doors.
1. Foot-activated switch: Generally, this is equipment installed in hospitals for sealing automatic doors. To open the door, simply place your foot into the foot-activated switch. When using this device, be mindful of waterproofing and avoid stepping on it too hard. This method is commonly used in operating rooms, as these rooms are primarily dedicated to saving patients’ lives, where time is of the essence. Therefore, it’s important to choose an opening method that’s as convenient as possible.
2. Sensing switches: These can be categorized into two types—contact-based and induction-based. To take a partial view out of context, it might seem that only contact switches are required to open hospital sealed automatic doors during installation. However, induction switches simply need to be approached for the hospital sealed automatic door to open automatically. Compared to button-type switches, induction touch switches offer the advantage of faster activation of hospital sealed automatic doors. Moreover, installation does not require physically touching the switch, thus helping to prevent cross-infection from germs.

3. Infrared Sensing: When this system is activated, if a person enters the infrared sensing zone, the hospital’s sealed automatic doors will automatically open. This method can also be used to track a person’s walking path—specifically, if a person passes through the sensing zone, the door won’t open. However, in some hospitals—for example, operating rooms—this method isn’t used at all, because infrared sensing often results in unintended door openings.
4. Door handle: This is a hand-operated push-and-pull door mechanism, also used as an emergency opening method for air-tight automatic doors in hospitals. It can be employed even in the event of a power outage.
What should be noted when using everyday medical airtight doors?
We encounter this issue both in hospitals and research institutions: the doors installed and used in these facilities differ from those found in ordinary public spaces. These specialized doors feature highly distinctive appearances and designs, primarily because they not only serve to isolate spaces but also boast exceptional airtightness, helping to prevent indoor pressure differentials. Moreover, they can effectively block the passage of light. Such doors are known as medical airtight doors.
When using medical airtight doors, it’s important to pay attention to certain precautions and carry out timely maintenance and cleaning to ensure their safe and proper operation. There are many unscientific and undesirable practices during use—such as opening and closing the door arbitrarily, failing to clean it for extended periods, placing hazardous materials inside, or allowing poor ventilation—that can have adverse effects.
First, it is essential to provide a suitable operating environment for medical air-tight doors. No clutter should be stored near these automatic air-tight doors; they should be kept away from heat sources and placed in well-ventilated rooms. It is strictly forbidden for them to come into contact with chemicals such as acids or alkalis, as this could shorten their service life. Second, ensure that all components of the door are in good working order and free from damage or missing parts. If any damage to the air-tight door is discovered during routine maintenance, it must be repaired promptly—do not delay the repair until the next scheduled maintenance. When cleaning medical air-tight doors, never use ordinary cleaning agents or acidic or alkaline cleaners.
Today, I won’t go into too much detail. If you’re looking to purchase air-tight doors, feel free to contact our company.
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