GE LOGIQ P10

Automatic image parameter adjustment that analyzes tissue characteristics in real time and optimizes gain, contrast, and dynamic range to improve soft tissue differentiation without manual fine-tuning.

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.

GE's 3D/4D volume rendering technology that applies a movable virtual light source to ultrasound data, producing photorealistic fetal and gynecological images with natural shadows and depth.

AI-assisted lesion boundary detection that automatically outlines and measures lesion margins, volume, and dimensions, replacing manual tracing for faster and more reproducible oncology assessments.

AI-powered automatic detection and measurement of anatomical landmarks from 2D ultrasound images, reducing keystrokes by up to 80% and improving measurement reproducibility across operators.

Protocol-driven workflow automation that reduces keystrokes by up to 79% and exam time by up to 54% through guided image capture, labeling, and measurement sequences.

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

AI-driven automatic Doppler gate placement and measurement that reduces keystrokes by up to 93% and produces consistent velocity readings across operators.