Application: Medical Use

Microstructure imaging
Relying on Real 3D cone-beam reconstruction technology to achieve stereo equal pixel imaging, using a variety of the latest technology to restore real, high-definition images, making uCT 510 outstanding in microstructure imaging.

Real 3D cone beam reconstruction
The uCT 510's image thus achieves three-dimensional equal pixels, with a three-dimensional spatial resolution of more than 18 lp / cm and an isotropic resolution of 0.27 mm.

Microdose scan
With 10mA lung screening scanning technology, KARL 3D® iterative reconstruction technology and uDose® intelligent mA adjustment technology, the uCT 510 significantly reduces the radiation dose while ensuring image quality, annotating true "micro-dose scanning".

uDose® Smart mA
Exposure mA can be automatically adjusted according to different body positions and parts of the human body, effectively avoiding unnecessary radiation dose caused by overexposure.

10mA lung screening scan
The 10mA scan mode combined with other micro-dose technologies requires only a minimum 0.2mSv comprehensive dose to complete a lung screening scan, making CT physical examination screening for lung diseases feasible.

KARL 3D® iterative reconstruction technology
The dual-domain iterative technique that understands anatomy, while greatly reducing the scan dose, through generalized human body morphology correction, the generalized gradient convergence iterative noise reduction in the projection domain and image domain, respectively, to achieve the image quality of conventional doses.

High-performance operation
uCT 510 uses low-power design and intelligent predictive technology to significantly reduce equipment losses and ensure efficient operation.

Easy-Logic® intelligent predictive platform
The intelligent system judges in advance, the scanning process is seamless, and the software and hardware are parallel, providing more scanning convenience.