The GE Discovery CT750 64 Slice CT Scanner is designed to deliver up to 50% lower dose
GE Discovery CT750 Overview
The GE Discovery CT750 64 slice CT Scanner ASiR may reduce dose by up to 50% by allowing the use of lower mA protocols—and with high definition image quality across all anatomies—the Discovery CT750HD can reach any part of the body, any age patient, and any application that demands the leading edge of CT clarity.
Benefits:
The Discovery CT750 is designed to deliver up to 50%1 lower dose, helping assure patients with faster, more confident diagnoses.
The Discovery CT750 offers the highest available cardiac spatial resolution in the industry at 1 18.2 lp/cm.
Powered by our proprietary CT scintillator material, the Discovery CT750 features Gemstone* Spectral Imaging. At temporal registrations speeds of up to 165 times faster than the nearest competitor, SI is the first quantitative dual energy on the market.
In addition to its specialized applications, the Discovery CT750 makes an excellent scanner for routine imaging by improving the clarity of the image while lowering patients’ dose.
And with our breakthrough Veo image reconstruction technology, the Discovery CT750 can acquire images at under 1 mSv with profound clarity.
Features:
The Discovery CT750 HD has the industry leading Cardiac CT spatial resolution. At 18.2 lp/cm, the system provides up to 66% greater spatial resolution than comparable systems.
The Discovery CT750 delivers improvements in spatial resolution that can help you accurately quantify stenosis in coronary vessels.
At less than 1mSv SnapShot Pulse and ASiR* enable low dose not only for Coronary CT but across cardiovascular exams, enabling cardiac CT of less than 1mSv.Using SnapShot Pulse imaging and ASiR, the Discovery CT750 achieves a dose reduction of greater than 83% compared to gated helical acquisition. Acquisition protocols are easily adapted to the clinical needs of the individual patient for optimal diagnostic results at low dose. Intelligent system design helps to manage high and unstable heart rates in prospective and retrospective modes.
