From architectural elegance to industrial durability.
Sensor DoorAccess solutions designed around the need — from architectural entrances to high-security facilities.
Touchless, quiet and controlled architectural access.
When radar or infrared sensors detect a user, the control board activates the motor; the door leaves open along the track and close safely once the passage is complete.
Balancing energy, flow and prestige at busy entrances.
Revolving doors limit airflow between inside and outside while providing continuous, orderly pedestrian passage. They can be designed as manual or sensor-controlled automatic systems.
Protects operational speed, hygiene and climate control.
An industrial door that opens and closes quickly in high-traffic production, warehouse and logistics areas, speeding up workflow and helping control heat, dust and hygiene.
Durability, insulation and space efficiency at loading bays.
Made of connected insulated panels, it moves parallel to the ceiling as it opens, so no space is lost in front of the door. It can be manual or motorised depending on loading operations.
A quiet, insulated and secure solution for homes and car parks.
Automatic garage doors with steel-skinned, polyurethane-filled sandwich panels that provide heat and sound insulation; made to measure for villas, residential complexes and indoor car parks.
Fast vehicle access control at car parks and facility entrances.
Boom barriers regulate vehicle entry and exit; they are designed around traffic, boom length and passage width and integrate with different control systems.
High-strength vehicle blocking for critical areas.
Installed flush with the ground, the road blocker rises on command via a hydraulic or mechanical system to form a physical vehicle barrier, and lowers again on a second command.
Compact, motorised and durable protection for commercial façades.
Automatic shutters work by rolling interlocking metal slats into a top box; they combine security and space efficiency for shops, warehouses and commercial openings.
Let’s define your project together.
