The GE LOGIQ S8 XDclear 2.0 is a versatile ultrasound system delivering excellent image quality, advanced imaging technologies, automation tools, and broad clinical applications for efficient, reliable diagnosis.
The GE VIVID S6 is a high-performance, versatile ultrasound system designed for cardiovascular and general imaging applications. It combines excellent image quality, advanced technologies, and a compact design to meet the needs of demanding clinical environments.
The Vivid S6 incorporates technologies derived from the Vivid range, providing excellent image quality and enhanced diagnostic confidence. The M4S-RS phased-array probe enables detailed cardiac imaging for echocardiographic examinations.
In addition to cardiac imaging, the Vivid S6 supports a wide range of clinical applications, including vascular, abdominal, pediatric, fetal, obstetric, and OR imaging.
Smart Depth automatically adjusts frequency, focal position, and transmission patterns in 2D and color modes according to imaging depth. It helps provide high resolution at shallow depths and optimal penetration at greater depths.
Raw data storage and EchoPAC software enable comprehensive review, analysis, and post-processing of acquired ultrasound data. Connectivity and multimedia support also facilitate efficient data sharing across clinical networks.
The GE VIVID S6 is a high-performance, versatile ultrasound system designed for cardiovascular and general imaging applications. It combines excellent image quality, advanced technologies, and a compact design to meet the needs of demanding clinical environments.
The Vivid S6 incorporates technologies derived from the Vivid range, providing excellent image quality and enhanced diagnostic confidence. The M4S-RS phased-array probe enables detailed cardiac imaging for echocardiographic examinations.
In addition to cardiac imaging, the Vivid S6 supports a wide range of clinical applications, including vascular, abdominal, pediatric, fetal, obstetric, and OR imaging.
Smart Depth automatically adjusts frequency, focal position, and transmission patterns in 2D and color modes according to imaging depth. It helps provide high resolution at shallow depths and optimal penetration at greater depths.
Raw data storage and EchoPAC software enable comprehensive review, analysis, and post-processing of acquired ultrasound data. Connectivity and multimedia support also facilitate efficient data sharing across clinical networks.