Application: Medical Use

AI empowerment, intelligent speed
The artificial intelligence empowers the scanning solution to realize the patient's intelligent positioning and one-click scanning; the artificial intelligence assists the accurate diagnosis, realizes the automatic analysis and search for lesions, automatically marks the lesions, and outputs quantitative results, providing more basis for doctors to diagnose diseases.

Intelligent speed scanning process
Break through the shackles of traditional scanning processes, enable clinical workflow with AI, greatly reduce human operations, and achieve accurate and fast scanning

Intelligent human body recognition
Based on artificial intelligence technology, combining big data and deep learning,
Quickly and accurately identify human body parts.

Intelligent Anatomy Recognition
Intelligently identify human anatomy based on positioning film information,
Combined with clinical norms, a standard scanning plan is developed.

IntelliSense Optimization
Based on intelligent scene analysis, combined with the patient's body shape
Different from the density of the scanning site, formulate the optimal scanning plan,
While ensuring image quality, reduce tube loss and radiation dose.

Lung Nodule Assessment *
Intelligent automatic screening and quantitative analysis of small nodules, support multiple scan follow-up analysis and intelligent generation of one-click structured reports, greatly improving work efficiency.

Intelligent one-click bone removal
Different analysis algorithms are provided for the head and neck, body, limbs and urinary system to achieve accurate bone removal in different parts, helping doctors to make accurate diagnosis.

Emphysema Analysis *
Provides a measurement tool for emphysema content, visually displays the spread of emphysema, including automatic segmentation and editing of left and right lungs, lung density analysis, and parameter calculation.

Dental applications *
The panorama shows the distribution and morphology of teeth in the mouth, showing the shape and position of the mandibular neural tube. Bring more convenience to dental, maxillofacial surgery, aesthetic plastic surgery.
Space-time platform, high-definition low-agent
Equipped with advanced 40-row space-time detectors and iterative noise reduction technology, while reducing the dose reasonably, it provides high-quality clinical images and practices a patient-centric humanized design concept.


Space-time detector
Excellent imaging, equipped with a self-developed "space-time detector", showing fine images.

Low noise design
Based on TSV (Silicon Channel) technology, it directly outputs digital signals, with low radiation dose and high image quality.

Ultra-Dense Detector Unit
34,560 high-density detector units, 4800 times / revolution high-frequency sampling, improve the signal-to-noise ratio of image data, and display excellent low contrast resolution

40 rows of space-time detectors
22mm axial coverage, easily meet the needs of a wide range of chest and abdomen scanning, shorten the breath holding time of patients, and reduce respiratory artifacts.

Fine layer thickness
0.55mm layer thickness, reducing part volume effect artifacts, achieving high spatial resolution, accurate imaging of small lesions and fine structures
HD image
Advanced software algorithms to further reduce noise and improve image resolution to provide reliable protection for clear images

Real 3D HD algorithm
The latest three-dimensional cone-beam reconstruction algorithm can more effectively suppress the cone angle effect brought by the increase of the detector width, and realize three-dimensional stereo-pixel high-definition reconstruction.

KARL 3D iterative reconstruction technology *
The dual-domain iterative reconstruction technology in the projection domain and the image domain combines the anatomy of the human body to modify the iterative target, reducing the noise and greatly improving the overall image quality.
Lower dose
Patient-centered, multiple technologies to reduce exposure dose, while obtaining the same quality image

uDose Smart mA Regulation Technology
Intelligently identify the scanned part of the patient, and formulate the optimal scanning dose distribution plan based on the patient's individual anatomy information, automatically adjust the exposure current, reduce the patient's radiation, and enable patients of different sizes to obtain consistent quality image results.

70kV dual low scan mode
The 70kV tube voltage can greatly reduce the radiation dose and improve the contrast of enhanced inspection. On the one hand, low radiation has made early screening of lung cancer routine; on the other hand, the improvement of contrast has made breakthroughs in clinical application difficulties such as the examination of small lesions, the display of lacking blood supply lesions, and CT venography.
Reliable, convenient and efficient operation
Combining a stable and reliable hardware platform with a low-consumption and high-efficiency design concept, while ensuring high-throughput inspections, effective control of operating costs is achieved

Low loss tube
Low-loss design is adopted to extend service life and reduce user costs under continuous scanning conditions.
 
Free tilt rack
The rack can be tilted freely according to the clinical scanning needs, reducing the scanning range and reducing the tube loss.
 
Easy-Logic intelligent prediction platform
One operation inspires the system to prepare for the next operation in advance, creating an efficient and smooth workflow experience.
 
uECO energy saving module
During system idle periods, the uECO energy-saving module reduces system power consumption by up to 30% and supports instant wake-up of the system to seamlessly meet the needs of clinical scanning.