Site review
Document lanes, traffic flow, available infrastructure and operating requirements.
Lexoh designs, installs, configures and supports complete automatic barrier systems for parking facilities. Barriers, vehicle detection, RFID, license plate recognition, QR, intercom, payment and management software are connected as one operational solution.
A barrier is only one component of a reliable controlled lane. The turnkey approach coordinates the site, field equipment, access logic and commissioning so the complete entrance works as designed.
Document lanes, traffic flow, available infrastructure and operating requirements.
Define barrier placement, detection, credentials, communications and lane behaviour.
Coordinate the bases, protection, conduits and required power or network work.
Install the selected barriers, detectors, readers, kiosks, cameras or intercoms.
Create the sites, zones, schedules, users, credentials and operational rules.
Verify identification, safety detection, opening logic, closing logic and exception scenarios.
Put the controlled lanes into service and document the approved operating sequence.
Prepare operators to manage daily use and establish the applicable support plan.
Before the barrier or reader is visible, reliable access control depends on careful civil preparation. These field photos show the work beneath the finished system.
These are Lexoh deployments—not stock photography. Each image documents field work or a completed controlled lane.



The lane identifies the vehicle or user, validates the applicable authorization, controls the barrier and records the result. Vehicle detection protects the movement and confirms when the lane is clear.
A user presents a card at the reader for a controlled, auditable access decision.
A vehicle tag can be read before the driver reaches the barrier.
The registered plate becomes the vehicle credential for hands-free access.
Issue a temporary credential for a guest, delivery or reservation.
Connect a person at the lane with an authorized operator when assistance is required.
Validate paid access at the entrance or as part of the exit workflow.
The selected detection method needs to match the lane geometry, pavement and operating conditions. Induction loops, above-ground detection and safety devices can be combined to detect presence, trigger an action and prevent the arm from closing on a vehicle.
Winter reliability starts in the site design. The project should account for drainage, snow-clearing envelopes, ice, road salt, equipment temperature ratings, detector installation, protected conduit routes, power interruptions and the operating procedure during severe weather.
Lane width, traffic volume, arm length, opening speed, duty cycle, enclosure rating and emergency operation determine which barrier configuration fits the project. Model-specific specifications remain in the equipment catalog.
Compare barrier models and specificationsThe total project depends on the number of lanes, existing site infrastructure, preparation work, barrier model, vehicle detection, access method, payment or intercom equipment, software configuration, commissioning and service requirements.
Request a project quotePractical answers for planning, installing and operating an automatic barrier system.
Lexoh can review the site and define the complete barrier system before equipment is selected.