1024 × 1024 reconstruction matrix and scanning with submillimeter slices for low-dose screening of novel coronavirus, pneumonia, lung cancer and other intrathoracic diseases at an early stage; high-resolution display of early-stage changes in lung markings, and 0.5-second high-speed scanning to obtain high-quality images of patients receiving treatment in the middle stage of pneumonia, with respiratory motion artifacts minimized; AI-powered recognition of minimal change diseases (MCDs), analysis of morphological properties of lesions, and high-sensitivity detection of diseases to assist in accurate clinical diagnosis.

760 mm large-aperture geometric design provides a comfortable examination space that combines multiple functions. It allows continuous scanning with less motion artifacts and a higher signal-to-noise ratio. The patient table features a load carrying capacity of 250 Kg and positional accuracy of 0.01 mm. The wider operating field of vision enables multi-purpose operations including simulated positioning for clinical radiotherapy, non-vascular intervention, and CT biopsy localization.

Creative and unique Hi-Q iterative algorithm empowers low-dose scanning and reconstruction of high-resolution and high-quality images. Intelligent mA (auto-mA) adjustment technology recognizes patients' anatomy and histology data to develop the optimal scanning protocol, reducing radiation dose while maintaining image quality.

5.3MHU large heat-capacity tube is highly stable and capable of continuous scanning for examinations of large-area and multi-phase angiography. 0.5-second tube rotation speed reduces breath holding time in abdominal examinations and improves the signal-to-noise ratio of images.