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Product Overview
The 12S-D is a high-frequency phased array transducer tailored for pediatric and neonatal cardiac imaging. With its small footprint and advanced imaging capabilities, the 12S-D delivers precise visualization of delicate cardiac structures, making it indispensable for specialized care. Its ergonomic design and wide bandwidth ensure exceptional image clarity and operator ease, even during complex diagnostic procedures.
Technical Specifications
Frequency Range: 5-12 MHz for high-resolution cardiac imaging.
Scan Modes: B-Mode, Color Doppler, Pulse Wave Doppler.
Field of View: 60° optimized for pediatric and neonatal cardiac imaging.
Depth of Field: Up to 8 cm for detailed visualization of small cardiac structures.
Footprint: Compact phased array for enhanced access in neonatal and pediatric applications.
Connector Type: Standard GE proprietary connector.
Design: Ergonomic and lightweight for improved operator control.
Applications
Pediatric Cardiac Imaging: Provides detailed views of heart structures in children.
Neonatal Cardiac Imaging: Optimized for accurate assessment of neonatal heart function.
Fetal Heart Imaging: Enables precise visualization of fetal cardiac anatomy and motion.
Compatibility
GE Vivid E95
GE Vivid S70
Clinical Performance Highlights
Superior resolution for detecting subtle cardiac abnormalities in neonates and children.
Enhanced Doppler sensitivity for accurate blood flow visualization.
Reliable imaging performance for both routine and complex cardiac diagnostics.
Operational Efficiency and Design
Lightweight and ergonomically designed for operator comfort during extended use.
Small probe head enables easy access to delicate and challenging areas.
Seamless integration with GE systems for intuitive operation and optimized workflow.
Advanced Imaging Features
Wide frequency range ensures adaptability across pediatric and neonatal patients.
High sensitivity provides clear visualization of low-motion cardiac structures.
Advanced Doppler technology delivers precise flow velocity and turbulence measurements.