Before delivery, complete LED display cabinets are assembled and powered on for long‑duration burn‑in aging inside our workshop. Continuous full‑load operation simulates real‑world project working conditions, exposing potential issues like dead pixels, color shift and splicing defects ahead of shipment.     Throughout the aging cycle, our QA team keeps observing overall screen performance. We […]

Through long-time continuous power-on operation, we simulate real application scenarios such as stage events and rental projects. The test fully inspects brightness uniformity, color reproduction and seamless splicing performance, detecting potential defects like dead pixels and poor soldering.     Rental LED screens are frequently disassembled, assembled and transported, which requires outstanding reliability. Aging test […]

Our LED display cabinets are assembled and powered on for long-time burn-in test in the workshop before delivery.   During aging, we play rich test videos continuously to inspect splicing flatness, color uniformity and brightness consistency. QA staff check every cabinet carefully to find dead pixels, dark lamps and abnormal display in advance.     […]

Different from fixed installation screens, rental LED displays feature frequent disassembly, transportation and repeated on-site splicing, which puts forward higher requirements for product stability, shock resistance and continuous operation capability. To avoid sudden failures such as dead pixels, flickering, color deviation and signal interruption during events, all our rental cabinets undergo long-term full-load aging burn-in […]

A batch of outdoor P3.91 rental LED displays are undergoing high‑temperature aging test in our workshop. Through long‑hour power‑on burn‑in test, we simulate harsh high‑temperature outdoor conditions, to fully verify brightness uniformity, color reproduction, heat dissipation performance and cabinet structural stability.     Designed for frequent setup‑teardown cycles, P3.91 rental screens are widely applied for […]