ACUSON S2000™ ultrasound system
Mastering Acoustics. Expanding Clinical Insight.
Introducing the S Class. The ACUSON S2000™ ultrasound system is the first of the next generation of application-based ultrasound system designed to deliver workflow efficiencies, innovative applications, and expanded clinical utilization.
Image Quality & Diagnostic Confidence
- Advanced SieClear™ spatial compounding enhances anatomic border definition, and improves tissue contrast
- Dynamic TCE™ tissue contrast enhancement technology reduces speck/noise and enhances borders
- Advanced transducer technology incorporates twice the elements with half the space to improve slice thickness, image uniformity, and contrast resolution
- syngo® eSieCalcs™ native tracing software automatically increases measurement accuracy of complex lesions based on pattern recognition
- syngo® Auto OB measurements searches and compares image regions to an expert database which improves workflow, accuracy and consistency of measurements
- Volume imaging through Advanced fourSight™ technology, and amnioscopic rendering
- STIC (Spatio-Temporal Imaging Correlation) captures data over multiple heart cycles to create a 3D fetal heart volume
- Simple, intuitive user interface
- Adaptable design with user customizable controls designed for muscle-memory learning
- Small, light-weight, portable
- Adjustable height, floating keyboard
- Acoustic Radiation Force Impulse (ARFI) Imaging utilizes acoustic energy to compress tissue, providing qualitative and quantitative assessment of tissue stiffness
- eSie Touch™ elasticity imaging calculates and displays relative tissue stiffness through gentle compression cycle
- Cadence™ contrast pulse sequencing technology provides superior sensitivity and specificity to contrast agent signal for excellent border and lesion detection and characterization
- Axius™ direct ultrasound research interface allows ccess to raw ultrasound data prior to the back-end system processing
Disclaimer: ARFI imaging is pending 510(k) review and is not yet commercially available.
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