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12S-RS ultrasound Probes
Wideband phased array probe for neonatal and pediatric cardiac imaging.
Compatibility::

GE Vivid S5; GE Vivid S6; GE Vivid i; GE Vivid q ultrasound systems.

Application:

Pediatrics, Cardiac, Neonatals

Quality:

30-90 days

PRODUCT DETAILS

Product Overview

The 12S-RS is a high-frequency phased array transducer optimized for neonatal and pediatric cardiac imaging. Designed for precision, it delivers clear and detailed images of small cardiac structures. Its compact footprint and lightweight design make it ideal for use in challenging clinical environments, enabling healthcare professionals to perform accurate diagnostics with ease and confidence.

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  • Frequency Range: 5-12 MHz for pediatric and neonatal imaging.

  • Scan Modes: B-Mode, Color Doppler, Pulse Wave Doppler.

  • Field of View: 60° for precise imaging of small cardiac structures.

  • Depth of Field: Up to 8 cm for focused cardiac evaluations.

  • Footprint: Small and lightweight for enhanced access to neonatal and pediatric anatomy.

  • Connector Type: Standard GE proprietary connector.

  • Design: Compact and ergonomic for prolonged use in clinical settings.

  • Neonatal Cardiac Imaging: Ideal for evaluating the structure and function of neonatal hearts.

  • Pediatric Cardiac Imaging: Enables precise assessment of cardiac anatomy and blood flow in children.

  • Fetal Cardiac Imaging: Provides detailed views of fetal heart anatomy and motion for advanced diagnostics.


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  • Exceptional imaging resolution for small and delicate cardiac structures.

  • Advanced Doppler sensitivity for accurate visualization of blood flow dynamics.

  • Consistent and reliable performance for routine and complex cardiac diagnostics.

  • Compact and lightweight for improved maneuverability in neonatal and pediatric care.

  • Ergonomic design reduces operator fatigue during prolonged scanning sessions.

  • Intuitive integration with GE ultrasound systems for streamlined workflows.

  • Broad frequency range ensures adaptability to a wide range of cardiac imaging needs.

  • Enhanced tissue resolution for identifying subtle abnormalities.

  • Doppler capabilities provide accurate flow measurements and improved diagnostic confidence.