LED displays contribute to the construction of smart healthcare by providing real-time information display, facilitating doctor-patient communication, supporting remote medical consultations, and participating in simulated surgeries. Specifically:
Expanding the Incremental Market and Providing Real-Time Information Display
Hospital lobbies are areas where people gather, and patients need timely access to medical information that needs to be updated flexibly in real time. LED displays, with their high brightness, operability, and splicing capabilities, have become an ideal display terminal platform. Their high brightness ensures clear visibility even in strong light, operability allows hospitals to update content in real time, and splicing capability meets the needs of different spaces and display requirements, providing patients with eye-catching medical information and meeting their psychological needs, thus creating conditions for LED displays to enter the smart healthcare market.
Promoting Doctor-Patient Communication and Resolving Potential Conflicts
Hospitals use LED displays to publicly display medical information, enabling patients to have a more comprehensive understanding of the hospital's services, procedures, and expert information, enhancing their trust in the hospital. At the same time, this also helps break down the information isolation of patients, allowing them to feel the hospital's transparency and sincerity, thereby promoting good communication between patients and hospitals and resolving some potential doctor-patient conflicts.
Enhancing the professional capabilities of medical staff and supporting remote medical consultations
Resource sharing and remote communication: In the 5G era, LED displays are entering the era of the Internet of Things, and resource sharing is becoming a trend. When hospitals encounter complex cases, individual hospitals have limited resources. They can use LED display platforms to connect with more industry experts for remote medical consultations and exchanges.
High-definition image quality and unlimited splicing advantages: In recent years, small-pitch technology has matured, and with the support of technologies such as HDR, LED displays have achieved higher-definition image quality. Remote consultations require the participation of multiple people and precise understanding of both the overall situation and specific details. The unlimited splicing feature of LED displays can meet this need, simultaneously displaying the overall condition and local details, making it the most suitable terminal display platform for remote medical care. As remote consultations and exchanges increase, LED displays will occupy an even more important position.
Participating in simulated surgeries and providing references for real surgeries
In the future, with the continuous advancement of LED display technologies and the support of technologies such as AI, LED displays will be integrated with a series of advanced technologies such as cloud computing. It will participate in more simulated surgeries, and the simulated data can provide more reference and guidance for real surgeries, helping medical staff to plan surgical procedures in advance and improve the success rate and safety of surgeries.
Enterprise Deployment Drives the Development of Smart Healthcare
Smart healthcare has expanded the incremental market for the LED display industry, and many LED display companies are deploying their products. For example, Shenzhen Unilumin Technology Co., Ltd.'s product, Unilumin UTW1.8, deployed at the Cancer Hospital of the Chinese Academy of Medical Sciences (Shenzhen Hospital), features globally leading low-brightness, high-grayscale technology. Applied in the hospital's multi-functional conference room, it can display more image details without information loss, giving the image rich layers and color saturation. This product supports the "One Database, One Network" project, with future plans to achieve the construction goal of including one national center, 30 provincial cancer hospitals, 174 municipal cancer specialty hospitals, and 1,000 oncology departments in general hospitals. By sharing and integrating clinical information related to malignant tumors, it promotes cross-domain and cross-industry data fusion and collaborative innovation, providing data support for the transformation and development of the medical industry, and gradually realizing remote medical services with medical institutions across the country and even the world.
