High quality, High performance
Contactless and efficient examination
Liquid metal bearing tube
Easy to find small lesions
Provides more people with a comfortable examination experience
Reduced system wear and extended tube life, high heat dissipation adapts to high patient flow.
The equivalent maximum power of the system reaches 140kW, reducing the exposure power of the tube and extending its service life.
The combination of high speed acquisition and high-definition imaging improves patient comfort and diagnostic accuracy, reducing the probability of motion artefacts.
Powerful noise reduction
Integrated detector with chip to reduce electronic noise so that to acquire high definition images at low dose conditions.
High performance materials
Based on the optimization technology of the main lattice structure of scintillator, the residual glow is reduced while the light output is increased, enabling the detector to operate steadily in a low electronic noise state.
Automatic thermoregulation
Automatic thermoregulation technology allows real-time monitoring of the detector's internal temperature at multiple points. Dynamic control of the thermal regulation system ensures a constant temperature inside the cavity to guarantee the stability of the detector system.
SpiralClarity reconstruction algorithm
Multiplanar reconstruction and superimposed reorganisation along the spiral trajectory reduces dependence on pitch size, shortens the examination exposure time, enhances the patient experience and reduces the probability of motion artefacts.
ImageClarity hybrid field denoising algorithm
Iterative noise reduction superimposed in the data and image domains, through a step-by-step optimization of artifacts and noises, maintaining and restoring the true signal, is able to maintain the system's high-resolution capability while improving contrast resolution.
DoseClarity
Intelligent photonic regulation technology
Personalised automatic dose control
Pediatric dedicated protocols
Optimized protocols for better caring of children
Automated VMA adjustment technology
Based on intelligent calculations of patient size, the photon output density is automatically adjusted during scanning to reduce non-essential radiation and improve image quality.
Intelligent model calibration
Based on the photon distribution model and patient size, the photon density and energy distribution in the field of view are optimized to reduce non-essential radiation and improve image quality
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