Focusing on smart diagnostics and intelligent healthcare, we offer comprehensive "AI+ Healthcare" services for hospitals and healthcare alliances. These services provide doctors and medical staff with more precise, efficient, and safer digital and intelligent tools, enhancing the quality and efficiency of healthcare services. This approach supports hospitals and healthcare alliances in achieving more standardized service quality and driving high-quality development.

AI+ Healthcare

Technology Solutions

The "AI+ Intelligent Electronic Medical Record (iEMR) Technology Solution" is composed of AI-powered wearable devices and specialized medical AI models. This solution not only enables the automatic analysis and intelligent conversion of natural language, textual, and image data into electronic medical records but also supports physicians in diagnostics through advanced analysis and processing capabilities. By leveraging these specialized AI models, it helps to prevent medication errors, improve diagnostic accuracy, and enhance the overall quality and efficiency of medical workflows.

Technology Solutions

The "AI-powered imaging analysis and intelligent diagnostic support" solution integrates medical imaging with AI models and intelligent augmented reality (AR). It enables the registration of multimodal imaging data, such as CT, MRI, and PET scans, allowing for precise fusion and intelligent analysis of images from different modalities or sequences. This technology provides accurate qualitative grading or quantitative analysis of lesions, offering physicians enhanced imaging analysis for diagnosis. Additionally, it can provide relevant medical suggestions to assist doctors in clinical decision-making.

Technology Solutions

The "AI+ Surgical Robot" is an intelligent product that integrates spatial intelligence technology, robotics, and medical technology. Before surgery, the AI+ Surgical Robot can generate a three-dimensional digital twin image based on diagnostic data, allowing for optimal surgical planning and simulation. During the surgical procedure, it collects and analyzes real-time data to precisely locate the surgical area, enabling intelligent, assisted, and remote high-precision operations. This technology ensures strict quality control, enhances surgical accuracy, safety, and success rates, while its minimally invasive nature reduces patient discomfort and shortens recovery times.