GE LOGIQ Fortis

GE's suite of AI algorithms automates measurements, image optimization, and exam workflows across ultrasound applications, reducing manual steps and improving consistency.

AI-driven color Doppler optimization that adjusts gain, wall filter, and velocity scale based on the organ being scanned, maintaining diagnostic-quality flow imaging without manual parameter changes.

Second-generation software beamforming platform that processes more acoustic data than conventional systems, delivering higher resolution, faster frame rates, and reduced speckle across cardiac and general imaging.

One-touch image optimization on GE LOGIQ systems that automatically adjusts gain, depth, and focus based on the anatomy being scanned, reducing manual knob adjustments and producing consistent image quality across operators.

Quantitative shear wave elastography that measures tissue stiffness in kilopascals or meters per second, providing an objective alternative to palpation and reducing the need for liver biopsy in fibrosis staging.

AI-driven preset selection that identifies the anatomy being scanned and automatically activates the correct imaging preset, eliminating manual preset switching between exam types.

On-system reporting tool that combines ultrasound images, measurements, and voice or text annotations into preformatted clinical reports, reducing post-exam documentation time.

Quantifies liver fat content by measuring ultrasound wave attenuation through hepatic tissue, providing a non-invasive alternative to biopsy for steatosis grading.