โซลูชันการจัดการทางเข้าที่ปรับแต่งสำหรับโรงเรียน นิคมอุตสาหกรรม อาคารพาณิชย์ โรงพยาบาล และศูนย์กลางการขนส่ง
A complete parking lot barrier gate system that reads plates at entry and exit, opens the barrier automatically, and manages payment and occupancy in one platform. Designed for commercial parking lots, apartment communities and mall car parks where fast, unattended traffic flow matters.
Toll plaza barrier systems demand speed, durability and 24/7 reliability. Our high-speed and heavy-duty barrier gates open in as little as 0.6 seconds, clear vehicles in dense toll lanes, and integrate with toll collection and ANPR systems.
Industrial parks need tough, dependable access control for trucks, employees and visitors. Heavy-duty barriers and fence barriers manage truck lanes, sliding gates secure wide plant entrances, and LPR + bollards protect restricted zones.
Gated communities need simple, reliable access for residents and controlled entry for visitors. LPR reads resident plates automatically, RFID cards support legacy vehicles, and barrier gates manage visitor lanes without adding staffing cost.
Mall parking must move thousands of cars a day without friction. LPR entry and exit, high-speed barriers and parking guidance keep traffic flowing, while validation and cashless payment integrate with mall operations and promotions.
Hospitals need smooth emergency and patient vehicle access plus secure staff and visitor lanes. Barrier gates with LPR keep vehicle lanes moving, while turnstiles and facial recognition terminals control pedestrian flow.
School entrances must keep children safe while managing staff, parents and buses. Sliding and telescopic gates control wide vehicle gates, turnstiles and facial recognition manage pedestrian flow, and bollards stop unauthorized vehicles near play areas.
Logistics parks process hundreds of trucks a day. Heavy-duty barriers and high-speed barriers move trucks through gates fast, LPR logs every vehicle, and scheduling integration cuts waiting time and improves dock utilization.
