Provides unrivaled detail, contrast resolution, border definition, and speckle reduction in all tissue types
Semi-automated measurement for carotid intima-media (CIMT) wall thickness - a reliable, non-invasive method for evaluating arterial health and cardiovascular risk
Knowledge-based workflow recognizes features and patterns within an ultrasound image streamlining quantification
A speed-of-sound adaptation specifically designed for fatty tissue in the breast
Calculates and displays relative tissue stiffness through gentle compression cycle
Provides comprehensive 2D quantitative analysis of myocardial motion and mechanics
Reduces exam time and increases clinical efficiency by providing one-button patient specific image optimization for B-mode and spectral Doppler
Applies a real-time, adaptive, pixel by pixel analysis to reduce vascular imaging noise, enhancing diagnostic accuracy and image quality
Provides extended field-of-view images acquired with real-time, high-resolution gray scale and power Doppler
A Siemens exclusive, allows the user to control a light source that is diffused into the imaged structure, yielding a photo-realistic fetal ultrasound image.