Blogs

In the era of digital medicine, live surgical broadcasts have become a crucial method for medical institutions to enhance teaching quality and medical standards. Nanjing Soto Technology Co., Ltd. offers an integrated solution for live surgical broadcasts through its digital medical imaging system. This article will provide a detailed introduction on how this system assists medical institutions in easily implementing live surgery broadcasts.   Professional Live Surgery Platform, Easy to Use   Nanjing Soto's digital medical imaging system features a self-developed live broadcasting platform and a professional backend maintenance service team. The system supports multi-channel signal access, including full HD endoscopes, ultrasound images, ECG monitoring, and other high-definition signal transmission displays, which can present the surgery process from multiple perspectives. The live interface allows for custom video window size and position settings, as well as the addition of videos, pictures, text, etc., creating a personalized live viewing experience.     One-Click to Start Live Broadcasting, Watch Easily on Mobile Devices   Medical institutions can start the live broadcast function with one click, making it easy to conduct live surgeries. Viewers only need to scan a QR code with their mobile devices to watch the high-definition live surgery broadcast online. This convenient viewing method not only facilitates learning and communication among medical staff but also provides strong support for remote medical education.   HD Audio and Video Interaction, Real-time Communication Without Barriers   The system supports two-way HD audio and video interaction, ensuring real-time communication between online and offline doctors. With extremely low latency in audio and video transmission, it guarantees real-time interactive teaching during the live surgery broadcast. Doctors can answer viewers' questions instantly during the procedure, enhancing the educational effectiveness of the live broadcast.   Record Surgical Images in Full, Convenient for Playback and Learning   During the live surgery broadcast, the system supports synchronous recording of single or multiple video streams, documenting the surgery process in real-time. The recorded images can be easily accessed by medical personnel for postoperative analysis and learning. The large surgical display screen can show live chat interactions in real-time, supporting instant online Q&A, enhancing the interactivity and practicality of the live broadcast.   Multidisciplinary Collaboration, Enhancing Diagnosis and Treatment Levels   By utilizing modern technological methods, various image transmission modes such as one-to-one, one-to-many, and many-to-many are achieved. Medical institutions can form internal multidisciplinary or cross-institutional specialty alliances, creating a complementary developmental medical model and improving the diagnosis and treatment capabilities for major diseases.   Medical Consortium Platform, Integrating Medical Resources   The system supports many-to-many image transmission, building a medical consortium platform to create an interconnected and cooperative medical community. By integrating different medical institutions such as tertiary public hospitals, community health centers, specialized hospitals, and rehabilitation centers, a medical resource sharing and mutual exchange collaboration model is formed.   Extended Functions, Improving Management Efficiency   In addition to the live surgery function, the digital medical imaging system also offers centralized storage management of medical images, featuring real-time web access, cloud storage, and flexible permission management. These functions not only improve the efficiency of managing medical data but also ensure data security.   JENSHI digital medical imaging system provides a comprehensive, efficient, and user-friendly solution for live surgical broadcasts. Through this system, medical institutions can easily implement live surgeries, surgical demonstrations, and remote guidance, enhancing teaching quality and medical standards while promoting the sharing and exchange of medical resources. As technology continues to advance, live surgery broadcasts will become an important trend in the medical industry, and JENSHI's medical imaging system is undoubtedly a powerful promoter of this trend.