The medical imaging market is growing rapidly and is regarded as an essential technical foundation of modern medicine, playing a pivotal role in diagnosis and treatment. X-ray inspection provides a simple and quick way to find possible problems. In terms of chest X-ray, it is widely used to diagnose related chest diseases and provides follow-up treatment references for pneumonia, lung cancer, pulmonary nodules, and pulmonary edema. Traditional X-ray superimposes multiple three-dimensional cross-sectional images into a single planar image, which may cause distortion after image compression and affect the judgment of the lesion. This product combines the traditional single-layer single-energy X-ray film with the innovative application of the three-layer dual-energy X-ray film. It performs image analysis and comparison with the assistance of AI to assist clinical diagnosis and tracking.
Features / strengths
In the project, built-in artificial intelligence image processing technology is developing. Through expert annotation and deep learning, artificial intelligence assists in the advanced analysis of images and helps to find patients' problems. To apply X-ray images to improve the diagnosis with the assistance of artificial intelligence, we combine the innovative development of three-layer dual-energy X-ray inspection and adjust the details to use it to different disease phenotypes. Through the establishment of a satellite X-ray inspection center, combined with the clinic, the image is uploaded to the cloud platform. In addition to providing clinicians with interpretation and improving the clinic's ability to diagnose diseases, the cost is reduced through continuous recording and comparison of image changes, and the most effective medical classification is established. Medical value-added technology, the application field of innovative X-ray medical diagnosis.
Specification in detail
Satellite X-ray inspection center
Through the integration of the existing X-ray inspection office, the advanced three-layer dual-energy X-ray film is combined with the current single-layer single-energy X-ray film inspection, image analysis and comparison are performed through cloud image storage, and continuous lesion analysis capabilities are established. , and then provide clinical diagnosis and inspection arrangements.