Representing a new standard in MRI coil technology, AIR™ Coils enable a simplified, faster workflow while maintaining excellent image quality.

Innovative triggering tool with the driver not attached to the gantry, giving you more flexibility and improved workflow

Deep learning based MR acceleration to capture rapidly moving anatomies, such as the heart, without extending scan time or sacrificing diagnostic utility

Used to suppress the signal of flowing blood to accelerate scans compared to FSE. Can be acquired while free breathing or in a single breath-hold

Used for cardiac first-pass analysis with bolus, now compatible with Motion Correction (MOCO) algorithm for entirely free breathing acquisitions

AIR™ Recon DL is a pioneering deep-learning-based reconstruction algorithm that enables radiologists to achieve pin-sharp images quicker

Inversion-based cardiac gated acquisition that enhances the contrast between infarcted and normal myocardium, accommodates difficult-to-scan patients

Can be used as a gated or non-gated sequence to assess anatomy and function, with excellent tissue contrast between blood pool, myocardium and valves

A quantification sequence used to calculate flow velocity and measure regurgitation flow in heart valves or vascular structures.

Fluoroscopic triggering is a real-time bolus detection method of contrast arrival for vascular scans.

MR Angiography imaging that helps accelerate the temporal domain of 3D dynamic imaging – without compromising spatial resolution.

4D Flow visualization and quantification in a free-breathing 8-minute scan. Captures the entire ventricular volume in a single breath-hold

Easy and efficient post processing analysis workflow of advanced function, flow, tissue characterization, perfusion and tissue mapping of the heart

suiteHEART® software, a comprehensive, fast and intuitive cardiac MR tool that can aid in diagnosing hard-to-detect cardiac conditions

T1 Mapping as a choice is based on an GE HealthCare exclusive sequence SMART1Map or on an inversion recovery sequence MOLLI

A non-invasive technique that evaluates iron overload in the myocardium and liver

3D free-breathing, non-contrast assessment of the whole heart that can be used on both adults and children

Volumetric approach to assess myocardial enhancements and atrial wall enhancements. Compatible with navigator for free breathing scans

Allows for a total free breathing and real time acquisition of late gadolinium Enhancement. Also available with Phase Sensitive technique

Improves workflow with easy setup through visualization of blood flow in diverse anatomies. Includes: 3D IFIR, 3D Velocity, 2D InFlow, 3D DeltaFlow