What is Automatic Door?
Automatic doors, which are used at the entry/exit point main gate and corridors of various buildings such as plant, commercial facilities, office buildings, hospitals, and airports, are very familiar to us.
An automatic door is a door that opens and closes not by human power, but by power such as electricity or pressure-sensing pads.
The automatic door equipment used at entrances of commercial facilities, office buildings etc. is commonly an “automatic electric door” that opens the door by detecting approach of people or objects with sensors. The sensor is used to open a door and close it after confirming the passage of pedestrian or vehicle.
ANICS is a manufacturer that develops, manufactures and sells automatic door.

Benefit of Automatic Door
In addition to being able to open and close a door without touching the door, an automatic door has the following benefit.
Type of Automatic Door
Sliding Door
In sliding automatic door single leaf and double leaf possible.


Swing Door
An automatic door that opens and closes by swinging forward or backward. It can be installed even in places where there is no door retraction space.


High Speed Rollup/Foldup door.
This type of door are very use full for clean room requirement, dust free and fast entry/exit.

Safety of Automatic Door
Automatic doors are convenient in our daily life, but on the other hand, it is also true that the tendency of accidents is “collision due to rushing”, “collision due to diagonal approach”, and “getting caught in due to stopping at the threshold” in that order, and these 3 causes occupies 50% of all accidents. *
ANICS is a manufacturer that develops Automatic door and improving the safety by different kind of sensor . In order to reduce such accidents as much as possible, ANICS is working on automation development every day with an emphasis on the safety and comfort of pedestrians as well as vehicle. While thoroughly understanding the usage environment, we have accumulated advanced sensing technology by discovering unique problems of actual sites and deriving solutions suitable for each environment.