GE Discovery CT750 HD 64
The GE Discovery CT750 HD 64 is a high-definition CT scanner designed to deliver exceptional image clarity with significantly reduced radiation dose. With its gemstone detector and advanced reconstruction technologies, it supports fast, accurate imaging for cardiac, body, neuro, and trauma applications.
Description
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Slice Count: 64 slices
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Detector Type: Gemstone detector with high-definition imaging
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Reconstruction Technology: ASiR / Veo low-dose reconstruction
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Rotation Speed: 0.35–0.40 seconds
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Tube Capacity: 6.3 MHU (varies by configuration)
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kV Selection: 80, 100, 120, 140 kV
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Scan Range: Full body coverage
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Applications: Cardiac, neuro, oncology, trauma, angiography, routine CT
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Patient Table Load: Up to 227 kg (model dependent)
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Workflow Features: Smart automation, rapid reconstruction, low-dose protocols
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The GE Discovery CT750 HD 64 Slice CT Scanner is built to provide high-definition imaging with remarkable consistency and efficiency. Powered by GE’s gemstone detector and high-speed data acquisition, it delivers sharper images with reduced noise, ensuring precise diagnostic outcomes even in challenging cases. One of its key advantages is its ability to perform ultra-low-dose scanning using ASiR and Veo reconstruction techniques, making it ideal for facilities focused on patient safety while maintaining diagnostic accuracy.
This system is engineered for a wide range of applications, including cardiac CT, oncology staging, neuro imaging, angiography, and whole-body studies. Its fast rotation speed enhances motion-free imaging, particularly beneficial for cardiac and pediatric patients who require quick and comfortable scanning. The scanner also offers an intuitive workflow, automated positioning features, and smart protocols that help reduce operator effort and examination time.
For hospitals and diagnostic centers looking for a reliable, high-quality 64-slice CT scanner, the GE Discovery CT750 HD provides excellent performance, durability, and cost efficiency—making it a valuable investment in advanced imaging technology.






