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Product Overview
The RIC5-9-D is an advanced wideband real-time 4D microconvex endocavitary ultrasound probe designed for high-resolution imaging in obstetric, gynecologic, and urologic applications. Its ergonomic design and real-time 4D capabilities enhance diagnostic confidence and patient comfort during endocavity examinations.
Technical Specifications
Frequency Range: 4 – 9 MHz, providing flexibility for imaging both superficial and deeper anatomical structures.
Scan Modes: B-Mode, Color Doppler, Pulse Wave Doppler, and Real-Time 4D Volume Imaging.
Field of View: 179° in B-Mode; wide field of view for comprehensive visualization of anatomical regions.
Footprint: Microconvex design optimized for endocavitary imaging, ensuring accessibility and patient comfort.
Connector Type: Standard GE proprietary connector, ensuring seamless integration with compatible ultrasound systems.
Design: Ergonomic and lightweight, enhancing operator comfort during extended use.
Applications
Obstetric Imaging: Provides high-resolution imaging for fetal assessments.
Gynecologic Imaging: Enables comprehensive evaluation of female pelvic organs.
Urologic Imaging: Suitable for imaging male pelvic organs and transrectal assessments.
Compatibility
GE Logiq E10
GE Logiq Totus
GE Logiq Fortis
Clinical Performance Highlights
Optimized for urologic and gynecologic imaging, offering detailed visualization of pelvic organs.
Wide field of view ensures comprehensive assessments of anatomical regions.
High-resolution imaging supports precise evaluation of obstetric and urologic conditions.
Operational Efficiency and Design
Slim, lightweight design enhances operator control during endocavity procedures.
Intuitive workflow integration reduces the time required for detailed pelvic imaging.
Durable and compact design supports long-term use in high-demand clinical settings.
Advanced Imaging Features
Real-time 4D imaging improves visualization of dynamic pelvic and fetal structures.
Enhanced temporal resolution ensures clarity in capturing movement and blood flow.
Advanced processing algorithms provide consistent image quality across a variety of applications.