The GE RNA5-9D is a high-frequency convex ultrasound probe designed for superior imaging in obstetric, gynecological, abdominal, and pediatric applications. Engineered for use with GE Voluson and Logiq series ultrasound systems, this probe offers exceptional image clarity, penetration, and resolution, making it an ideal choice for medical professionals seeking precision diagnostics.
Frequency Range: 5 – 9 MHz
Broadband convex array for deep tissue penetration and high-resolution imaging
Ideal for obstetric, gynecological, fetal, and pediatric abdominal scans
Excellent 2D image quality with high spatial resolution
Advanced Doppler capabilities for vascular and fetal circulation assessment
Speckle reduction technology for improved tissue differentiation
Curved ergonomic shape for easy maneuverability and scanning comfort
Lightweight construction reduces strain during extended use
Flexible cable design for optimal probe positioning
Compatible with GE Voluson series, including Voluson E6, E8, S6, S8
Works with GE Logiq series, such as Logiq E9
✔ Obstetrics & Gynecology – Detailed fetal development and maternal health assessment
✔ Abdominal Imaging – Clear visualization of organs and structures
✔ Pediatric Ultrasound – High-resolution imaging for neonatal and pediatric applications
✔ Urology Applications – Effective assessment of bladder and reproductive health
Probe Type: Convex (curved array)
Frequency Range: 5 – 9 MHz
Field of View: Wide convex scanning for detailed imaging
Doppler Modes: Color Doppler, Power Doppler, and Spectral Doppler
Connector Type: GE standard multi-pin connector
✔ Superior image quality for accurate diagnostics
✔ Comfortable, lightweight design for easy use
✔ Broad frequency range for versatile clinical applications
✔ Compatible with leading GE ultrasound systems
✔ Reliable and durable construction for long-term performance
The GE RNA5-9D convex probe is an excellent choice for medical professionals looking for precision, versatility, and ergonomic design in a high-frequency ultrasound transducer.