The uCT 780 is equipped with the Z-Detector, which allows for low-dose data acquisition, while the fast rotation speed of the system improves cardiac scan quality, and the control system boosts the speed for scanning and reconstruction.
The Z-Detector reduces electronic noise down to a single photon level, improving the signal-to-noise ratio (SNR) and providing more detailed images. The fully integrated design shortens the signal transmission length from centimeter to micron scale, resulting in tremendous electronic noise reduction and efficient X-ray utilization.
The uCT 780 provides dedicated solutions for more image detail and faster acquisitions. With a 0.5 mm collimation, finer structures are better visualized with every scan. The 1024 x 1024 reconstruction matrix enhances the spatial resolution and helps reveal the smallest of details for the most challenging examinations.
United Imaging has a remarkable dedication to craftsmanship and quality. From every detail inside the scanner to the finished product, the uCT 780 exudes fine craftsmanship and quality, which is evident in the stunning clinical images produced by the system.
The uCT 780 provides 360 million voxel data acquisition and reconstruction speed up to 60 IPS.
System hardware synchronization offers precise radiation dose control and 0.3s high-speed gantry rotation.
The Easy-Logic intelligent prediction platform rapidly predicts the user's next action and efficiently prepares the tube, generator, gantry, and data path in advance of the user's action.
120kV, 185mAs, 0.5x0.5mm, WW2600 WL800 Inner ear with 0.5mm acquisition.
70kV Scan Mode
Enhanced contrast from 70 kV scan mode allows better clarity for upper extremity blood vessels, the arteriovenous malformation, and distal vessels in the hand.
Low Dose Cardiac Scan
With the uCT 780 system, consistent image quality for coronary CTA can be ensured with different kV imaging for different body types. In comparison, 85% radiation dose is reduced with 70 kV compared to 120 kV scan mode.
Clear visualization of CABG vessels and RAD stenosis.
The minimum slice thickness of 0.5mm and isotropic spatial resolution of 0.25mm enable clear view of coronary stents, and facilitate the clinical evaluation of in-stent restenosis.
Large Range CTA
Fast and precise large range CTA shows aorta dissection as well as the stenosis of right iliac artery; contrast enhancement of right iliac artery is significantly lower than that of the left iliac artery.
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