Selected projects

Rising bollard systems in real operating environments

Four representative applications show how site risk, civil works, traffic frequency and control logic shape a complete bollard solution. Every deployment is reviewed against excavation depth, drainage, power supply and system integration requirements.

Project 01

Transport hub

Comprehensive transport hub vehicle access control

The project protects internal vehicle lanes at a major transport hub where service vehicles, shuttle traffic and emergency access must continue without allowing unauthorized vehicles into restricted areas. Multiple lanes use automatic hydraulic rising bollards integrated with license plate recognition, loop detection and guard-station controls.

System: Automatic hydraulic bollards — LPR — Loop detection — Guard control
Project value: Balances peak traffic flow with restricted-area protection

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Automatic rising bollards at a school entrance — Campus security

Project 02

Campus security

School main entrance timed vehicle and pedestrian management

The main school entrance serves staff vehicles, short-term parent drop-off traffic and heavy pedestrian movement during arrival and dismissal periods. Automatic rising bollards were installed in the vehicle lane and linked to the campus security room.

System: Automatic bollards — Authorized access — Timed modes — Emergency priority
Project value: Reduces tailgating and improves peak-period entrance order

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Hydraulic rising bollards at an industrial logistics entrance — Industrial facility

Project 03

Industrial facility

High-frequency vehicle access upgrade for an industrial facility

The logistics entrance handles trucks, forklifts and internal service vehicles throughout the day. Industrial hydraulic rising bollards were paired with a centralized controller, hydraulic power unit and vehicle detection system.

System: Industrial hydraulics — Loop safety — Multiple controls — Serviceable drainage
Project value: Supports intensive traffic with practical long-term maintenance

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LED automatic rising bollards at an evening pedestrian street — Public commercial area

Project 04

Public commercial area

Timed vehicle management for an evening pedestrian district

The pedestrian district is primarily used by people during the day but must still admit shop deliveries, cleaning vehicles and emergency traffic at defined times. Automatic rising bollards with LED warning lights were installed at the main vehicle entrance.

System: LED bollards — Timed control — Remote operation — Emergency release
Project value: Maintains an open public realm with a visible night-time boundary

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Project assessment

Send the site conditions to our engineering team

Share entrance photos, lane width, available excavation depth, daily traffic volume and control requirements. We will help confirm the bollard model, foundation plan and integration method.

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