The ACUSON X300 PE’s customizability allows clinicians to address their unique workflow needs. The control panel, menus, measurements and reports can be tailored to increase efficiency for every practice.

• Knowledge-based workflow increases consistency and decreases interoperator variability
• User-customizable control panel is fast to learn and easy to use
• Flexible archiving options to CD/DVD, USB or to DICOM-enabled networks
• Barcode reader, patient search function or DICOM worklist for easy and accurate data entry
• User-definable physician summary utility supports on-system report generation including customizable letterhead, patient data, images, comments, recommendations and signature line
• Battery option for immediate access to imaging

• Dynamic TCE™ Tissue Contrast Enhancement technology: This advanced, proprietary, real-time processing algorithm enhances tissue contrast resolution and reduces speckle. Low contrast lesions can appear sharper and more conspicuous.

• Plus Option: Beamforming hardware option improves image quality, penetration and sensitivity for high-density transducers on the ACUSON X300 PE

• syngo® Auto OB measurements: Knowledge-based workflow recognizes features and patterns within an ultrasound image, streamlining quantification

• Advanced fourSight™ technology: Provides a complete 3D/4D solution, delivering streamlined intuitive workflow and advanced acquisition, data rendering, and post-processing functionality on all examinations in 2D

• syngo® fourSight™ TEE view: Facilitates analysis of complex anatomy in 3D display of cardiac structure and function

• syngo® Mitral Valve Assessment: Renders precise 3D anatomical mapping of mitral valve structure, spatial relationships and blood flow

• syngo® Auto Left Heart technology: Uses progressive pattern recognition technology based on a comprehensive database providing expert-like measurements of ejection fraction, end diastole volume and end systole volumes of the left ventricle and left atrium

• syngo® Velocity Vector Imaging™ technology: Advanced 2D quantitative tool for assessment of global and regional myocardial muscle and motion mechanics

• Cardiac imaging package: Includes a comprehensive set of imaging modes, features and reporting packages to address the requirements of advanced cardiac exams

• syngo® Arterial Health Package* (AHP): Features a semi-automated measurement for Carotid Intima-Media Thickness (CIMT), a reliable, noninvasive method for quickly evaluating cardiovascular risk

• Adult transesophageal imaging: Utilizes the Siemens V5Ms transducer, providing a cost-effective transducer solution across the Siemens ultrasound system portfolio

• Anatomical M-mode: Angle corrected M-mode measurements are available during live, cineloop, and DIMAQ image review

• Quad-Beam formation technology: Enables parallel signal processing providing high frame rates for exceptional temporal resolution in B-mode, color Doppler and mixed modes

• Hanafy lens transducer technology: Enhances uniformity throughout the field of view, for superior contrast resolution in abdominal imaging to a depth of 30 cm

• Intracardiac echocardiography (ICE) imaging: Enables procedure visualization and device placement monitoring with a fully functional 8F or 10F intracardiac transducer

• CartoSound™ communications: Integration of ultrasound with Carto 3 System technology providing an electroanatomical map of the heart combined with Soundstar™ 3D catheter imaging

• Cadence™ contrast agent imaging technology:** Provides excellent detection of the responses from contrast agent microbubbles, coupled with a high resolution display

• Live dual Bi-Plane: Provides live simultaneous bi-plane visualization of prostate anatomy and pathology for enhanced efficiency and diagnostic confidence with the BP9-4 transducer. Live dual Bi-Plane biopsy mode supported with dual needle paths.

• P4-2 Litho transducer & LITHOSKOP interface SW: A complete set of options and a specialized transducer to combine with the Siemens LITHOSKOP® lithotripter, for accurate in-line ultrasound localization