Customization: | Available |
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Classification: | Radiology Equipment |
Type: | CT Scanner |
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High definition low dose
Super dimensional imaging platform
Smart and efficient
Super dimensional imaging platform
Use in all scenarios
General/fever clinic
Physical examination
Mobile medical care
HD platform
Ultra-dimensional noise reduction detector
Integrated detector chip, low electronic noise, can obtain high-definition images under low-dose conditions.
Spiral Clarity reconstruction algorithm
Multi-plane reconstruction is carried out along the spiral trajectory and superimposed and reorganized, which reduces the dependence on the pitch size, shortens the examination time, improves the patient's examination experience, and reduces the probability of motion artifacts.
Image Clarity dual-domain noise reduction iterative algorithm
Dual-domain iterative noise reduction is performed in the data domain and image domain, artifacts and noise are optimized step by step, and the real signal is maintained and restored, while maintaining the system's high-resolution capability while improving low-contrast resolution.
Smart and efficient
* Intelligent one-touch operation
Full English interface, preset multiple scanning modes for quick positioning with one click
* Intelligent scanning prediction
The scanning process is intelligent and seamless, reducing operations and achieving fast and accurate scanning.
* Smart tilt rack
±30° physical tilt, refined scanning range and reduced radiation dose
* High-precision automatic lifting bed
The bed surface can be lowered to 460mm, which is convenient for children in wheelchairs and transfer beds.
Low dose care
*Dose Clarity
Intelligent photon adjustment technology,
Personalized automatic dose control
* Child Protection Special Agreement
Tailored for children
Automated VMA adjustment technology
Based on intelligent calculations based on the different patient's body shape, the photon output density is automatically adjusted during the scanning process to reduce unnecessary radiation and improve image quality.
Smart model calibration
Based on the photon distribution model and patient body size, the photon density and energy distribution in the field of view are optimized to reduce unnecessary radiation and improve image quality.