Airport screens must operate without interruption. Our modules are engineered for extreme durability and continuous operation.
With COB and MicroLED technology, we provide pixel pitches as low as P0.78 for crystal clear close-up viewing.
We have shipped customized LED solutions to major international hubs across 100+ countries and regions.
Flexible and curved LED modules are in high demand for creating "digital tunnels" and artistic installations in duty-free zones. These attract passenger attention and create a memorable "sense of place" for the city.
Green airports are the future. Our latest LED displays feature common-cathode technology, reducing power consumption by up to 30% and lowering heat dissipation, which is crucial for large-scale indoor installations.
Modern airport displays are linked to AI-driven Content Management Systems. They can automatically adjust brightness based on ambient terminal light and sync with flight databases to update schedules in milliseconds.
Shenzhen Aras LED Co., Ltd. (LUMIVIS) is strategically located in the global heart of LED manufacturing. Our factory provides the perfect balance of competitive pricing and world-class engineering.
AOI automated optical inspection and rigorous raw material screening for Nationstar/Kinglight LEDs.
Thermal cycling tests (-30°C to 60°C) to ensure the screen survives diverse climate conditions globally.
Every panel undergoes a continuous 72-hour burn-in test to guarantee zero-defect delivery.
Captive audiences spend 15-20 minutes here. We provide high-brightness, seamless video walls that offer premium advertising space for local tourism and global luxury brands.
Clear, high-contrast text is vital. Our P1.5 to P2.5 indoor displays ensure flight numbers are readable from any angle, reducing passenger stress.
Using our Transparent LED Displays and Flexible Modules, we create eye-catching storefronts that blend digital content with physical products.
Our P4 to P10 waterproof outdoor displays guide traffic and pedestrians outside the terminal, featuring high nits to combat direct sunlight.