Modern medical CT imaging calls for isotropic resolution imaging, low-dose scanning and low-cost operation. In response, UIH answers the call with 16-slice CT with 3D isotropic resolution, which brings superior clinical images.The out standing imaging chain of uCT 510 is built up on the powerful combination of cutting-edge hardware and state -of-the-art technology,which delivers high-resolution 3D isotropic-resolution images with reduced radiation dose and low operation cost.
Uncompromised Imaging Chain
High-Resolution Imaging Technology
Low-Dose Scanning Technology
Real 3D Cone Beam Reconstruction
uDose Intelligent mA Modulation Technology
10mA Lung Screening Technology
KARL 3D Iterative Reconstruction Technology
High-resolution Imaging Technology and Real 3D Cone Beam Reconstruction
uCT 510 reveals fine anatomic details with the support of Real 3D cone beam reconstruction technology, 1024×1024 high-resolution reconstruction matrix and the MAC ( Metal Artifact Correction technology ).
With Real 3D cone beam reconstruction, uCT 510 is able to obtain images with 3D spatial resolution up to 18 lp/cm (equivalent to 0.27 mm isotropic resolution).
KARL 3D employs a generalized gradient descent iterative denoising both in projection space and image space. Even with low dose scanning, it achieves image quality consistent with that of conventional reconstruction algorithms with a high radiation dose.
Detector-Exquisite Images with Low Radiation Dose and Thin Slice Reconstruction
- The ultra-high sensitivity detectors enable scanning with high resolution and signal-to-noise ratio (SNR)
- Highly dose efficient detector geometry increases radiation utilization
- The optimized scintillator thickness boosts the photo-diode quantum efficiency
- The accurate detector sampling and calibration algorithm assures undistorted images from reduced dose acquisitions