
The 28-inch double-sided corridor LCD screen is designed for hospital corridor environments. With its dual-display configuration, it simultaneously conveys information to pedestrians moving in both directions. It supports displaying essential guidance such as ward navigation, department layouts, and physician schedules, while also broadcasting health education content, patient notices, and hospital announcements. The screen delivers clear, high-brightness visuals optimized for corridor lighting conditions, enabling patients to quickly access information and healthcare staff to convey critical updates. This enhances information delivery efficiency and service convenience within hospital corridor spaces.

Supports independent display of different content on each screen or synchronized presentation of unified information. Modes can be flexibly switched based on requirements—such as displaying navigation on one side while playing educational content on the other—to adapt to diverse information delivery scenarios.

Supports playback of health education videos, illustrated patient guides (e.g., admission procedures, precautions), and real-time hospital announcements (e.g., temporary clinic closures, event notices). This makes information delivery more engaging and enhances content readability.

Utilizing low-power display technology, it maintains screen clarity while reducing device operational energy consumption. This lowers long-term hospital operating costs and aligns with green energy-saving operational requirements.

Regularly broadcasts targeted health education content (e.g., disease prevention, post-operative care) to enable patients to access health knowledge while waiting or moving through the facility. This empowers patients to better manage their own health.

Supports real-time updates on departmental doctor schedules, specialty treatment programs, and other information. This helps patients understand departmental services while enabling departments to communicate core business details and boost their visibility.

Enable remote updates, content switching, and scheduled playback settings via the backend system. Eliminate on-site operations to reduce manual maintenance costs while ensuring timely and efficient information updates.