GE LOGIQ E10

GE's software-defined beamforming platform that replaces fixed hardware channels with software processing, delivering uniform image quality across all depths and reducing operator-dependent variability.

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.

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.

Contrast-Enhanced Ultrasound (CEUS) imaging that uses microbubble agents to visualize blood flow and tissue perfusion in real time, providing a radiation-free alternative to CT and MRI contrast studies.

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

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

Fuses real-time ultrasound with pre-acquired CT or MRI volumes for guided biopsy, ablation, and lesion targeting during interventional procedures.

Automatically retrieves previous ultrasound studies and displays them alongside the current exam for side-by-side comparison of findings across visits.