GE LOGIQ Totus

Automated Doppler parameter optimization that adjusts gain, scale, and angle correction in real time for consistent vascular and cardiac flow measurements on the LOGIQ Totus.

Non-invasive shear wave tissue stiffness measurement for liver fibrosis staging, breast lesion characterization, thyroid nodule assessment, and MSK evaluation without biopsy.

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.

Catalog-only label for higher-end echo capabilities such as strain quantification, 4D/TEE support, and Tissue Doppler on GE cardiovascular systems.

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.

Compound Resolution Imaging (CRI) that combines ultrasound frames from multiple steering angles into a single image, reducing speckle noise and improving tissue boundary definition.

Software-based field of view expansion that gives linear probes a wider, convex-like viewing angle without switching transducers, preserving high-frequency resolution across a broader anatomical area.

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