For swing automatic doors, even the heaviest and most challenging, FAAC offers all the technology and innovation that has characterized the company for almost 50 years.
In addition to the high reliability and safety that characterize all swing door automation, FAAC provides a wide range of accessories designed to meet the most demanding requirements, both in installation and architectural terms.
All FAAC pedestrian automatic doors are designed to facilitate passage and always guarantee minimum space, maximum silence, and adaptability.
FAAC automations also comply with EN16005 regulations and are technologically advanced in terms of safety and energy efficiency.
Installing a FAAC sliding automatic door represents the ideal solution to ensure the highest standards of comfort, thanks to reliable solutions that prioritize energy savings and guarantee maximum safety during use.
All FAAC pedestrian automatic doors are designed to facilitate passage and always guarantee minimum space, maximum silence, and adaptability.
FAAC automations also comply with EN16005 regulations and are technologically advanced in both safety and energy savings.
Over the years, customer needs have evolved, highlighting areas for improvement in existing solutions, especially in:
FAAC entered the automatic door market in the mid-1990s, bringing from the start its technological expertise and innovation capacity.

The first key innovation is called Energy Saving, a solution capable of detecting the direction of user passage, avoiding "false openings", limiting leaf opening time, and reducing heat loss.
Energy Saving helps reduce energy consumption of building HVAC systems, with great economic benefits and lower CO2 emissions.
To demonstrate its effectiveness, in collaboration with the University of Liège (Belgium), THERMOTOOL software was created to quantify energy savings in economic terms and measure emission reduction.
To maximize the energy efficiency of an automatic door, FAAC developed AIRSLIDE, the automatic access that integrates the air barrier into the frame.