Highly accelerated MR angiography (MRA) of the brain with a combination of Time-of-Flight (ToF) MR angiography and Compressed Sensing (CS).

RESOLVE delivers high-resolution low-distortion diffusion-weighted imaging (DWI) for accurate depic­tion of lesions.

Deep Resolve Sharp is an AI-powered image reconstruction technology with a deep neural network at its core that generates a high-resolution image from low-resolution input. The inclusion of the acquired raw data in the reconstruction process ensures clinically robust results.

Compressed Sensing GRASP-VIBE makes it possible to conduct dynamic contrast-enhanced abdominal exams via free breath­ing. Acquisition is performed in one continuous run and the temporal resolution can be adjusted over the duration of the scan. 

Simultaneous Multi-Slice significantly reduces imaging times for DWI, BOLD, TSE and TSE DIXON imaging through excitation and readout of multiple slices simultaneously.

Highly accelerated musculoskeletal imaging in patients with whole joint replacements based on SEMAC (slice encoding for metal artifact correction) with Compressed Sensing and Iterative Reconstruction.

Deep Resolve Gain is an advanced image reconstruction technology with targeted denoising maps. The individual noise maps address local noise variations, resulting in higher SNR. It is applicable to all TSE sequences.

iPAT is a high performance and flexible parallel imaging with integrated autocalibration. iPAT is compatible with all relevant sequence techniques and coil combinations. 

Highly accelerated 3D imaging with Compressed Sensing and Iterative Reconstruction. Spatial and temporal resolution can be improved and scan time substantially reduced for musculoskeletal imaging.

Simultaneous Multi-Slice significantly reduces imaging times for DWI, BOLD, TSE and TSE DIXON imaging through excitation and readout of multiple slices simultaneously.

Taking advantage of the Deep Resolve AI-powered image reconstruction technology, this innovative multi-shot EPI approach drives increased data acquisition. New static field corrections are implemented to minimize geometric distortions from the EPI imaging.

Highly accelerated 3D imaging with Compressed Sensing and Iterative Reconstruction. Spatial and temporal resolution can be improved and scan time substantially reduced for neurological imaging.

Wave-CAIPI is a new sequence technique that improves head imaging over standard SWI contrast and allows for higher acceleration factors.

Highly accelerated functional Cardiac 2D Cine imaging with Compressed Sensing and Iterative Reconstruction. Real-time Cine or single breath-hold Cine for full heart coverage in patients with limited breath-hold capability or with arrhythmia.

CAIPIRINHA is a data acquisition technique that significantly reduces breath-holds without affecting image resolution, coverage, or contrast. It can be used for a single short breath-hold.

Highly accelerated 3D imaging with Compressed Sensing and Iterative Reconstruction. Spatial and temporal resolution can be improved and scan time substantially reduced for body imaging.

RESOLVE delivers high-resolution, low-distortion diffusion-weighted imaging (DWI) for accurate depic­tion of lesions in prostate and breast. Slice acceleration can be used to reduce scan time and/ or achieve higher spatial resolution.

Simultaneous Multi-Slice significantly reduces imaging times for DWI, BOLD, TSE and TSE DIXON imaging through excitation and readout of multiple slices simultaneously.

Deep Resolve Boost is an AI-powered image reconstruction technology that can be combined with SMS and Deep Resolve Sharp. The unique combination allows for much higher accelerated scans as well as the ability to increase the image resolution.