Hard link interactive tile screen

Built in high-precision interactive sensing chip, with a response speed of up to 0.016 seconds, can capture trampling actions in real time and trigger special effects. The interaction between the screen and human is natural, significantly enhancing the fun and immersion of the scene.

Practical water channel design can efficiently assist in drainage, prevent water accumulation from damaging internal components of the screen, and effectively improve product durability and service life; At the same time, the box is equipped with a level gauge, which can assist workers in quickly determining the horizontal status of the screen without the need for additional tools, simplifying the installation and debugging process, and ensuring that the screen is laid flat as a whole.

The bottom shell of the floor tile screen is made of die-cast aluminum plate, effectively enhancing the flatness and precision of the screen body. The screen body cover is made of PC material, which provides good protection. The combination of the two lays a solid foundation for the stable operation and display effect of the product

The box size is standardized to 500×500×92mm, and the module adopts a magnetic suction design, enabling rapid front-end maintenance without the need to remove adjacent components. This significantly reduces maintenance time, lowers operational difficulty, and enhances daily inspection efficiency.

Equipped with a dual backup design for power supply and card, it can effectively reduce the risk of downtime caused by single component failure, further ensuring the stability and safety of the floor tile screen during use, and minimizing the impact of unexpected failures on the usage scenario.

With excellent load-bearing performance, it can support up to 2200kg, easily meeting the high-frequency trampling demands in crowded areas. This provides a solid guarantee for long-term stable use in public places such as shopping malls and exhibition halls, effectively avoiding screen damage caused by insufficient load-bearing capacity.