How does the Discovery MR750 3.0T benefit you? Consider the following advantages:

Technology

• Exceptional homogeneity and image quality across a large 48- x 48- x 48-cm field of view 
• Faster and more accurate and reproducible scans¹
• Increased signal clarity and maximized signal intensity for cleaner, crisper images
• Better contrast between flowing blood and surrounding tissue
• Consistent, uniform fat suppression
• Easier neurofunctional brain mapping and DTI

Productivity

• Higher performance with real-time system optimization
• Accelerated and accurate parallel imaging
• Fewer operating steps, which lead to shorter exam times
• Less slowdowns through heat-extraction technology
• Faster reconstructions for data-intensive, 32-channel studies
• Intuitive, protocol-driven user interface

Comfort

• Fast, automated patient set-up—less than 30 seconds
• Quicker patient transfer with a detachable patient table

1. All comparisons of the Discovery MR750 are to past-generation GE systems.

 

The Discovery MR750 3.0T offers advanced technology, such as:

• High performance whole-body gradients designed to deliver powerful 50 mT/m amplitude and 200 T/m/s slew-rate on each axis simultaneously.
• ARC parallel-imaging, which utilizes a full 3D data kernel for more accurate reconstruction.
• A volume-reconstruction engine that enables real-time image generation.
• OpTix optical RF technology, engineered to increase signal clarity and maximize signal intensity. 
• PERFORM 2.0, which automatically fine-tunes system SAR modelling and personalizes it for each patient.
• The eXtreme resonance module (XRM), which delivers a 48-cm field of view with linearity. 
• VIBRANT Flex technology, which combines multiple series of breast scans into one. 
• Time of Flight (TOF) imaging, which rapidly captures high-definition images that display small-vessel detail and blood-flow subtleties—without contrast injections.
• IntelliTouch patient positioning—start scanning in just two steps.
• BrainWave suite of functional MRI (fMRI) applications, which provide excellent signal stability, and an exceptional signal-to-noise ratio.