Product Overview
The RAB2-6-RS is an ultralight, wideband real-time 4D convex array ultrasound probe engineered to deliver high-quality imaging across various clinical applications. Its real-time 4D capabilities make it particularly suitable for dynamic studies, enhancing diagnostic confidence in gynecology, pediatrics, and abdominal imaging.
Technical Specifications
Frequency Range: 2.0 – 6.0 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: 70° in B-Mode; 70° x 84° in volume scan, offering comprehensive visualization of anatomical regions.
Footprint: 62.2 x 34.0 mm, designed to balance coverage and accessibility during examinations.
Connector Type: Standard GE proprietary connector, ensuring seamless integration with compatible ultrasound systems.
Design: Ultralight and ergonomic, enhancing operator comfort during extended scanning sessions.
Applications
Gynecology: Facilitates detailed imaging of female reproductive organs, aiding in comprehensive gynecological assessments.
Pediatrics: Suitable for imaging pediatric patients, providing high-resolution images necessary for accurate diagnoses.
Abdominal Imaging: Enables thorough examination of abdominal organs, supporting a wide range of diagnostic evaluations.
Clinical Performance Highlights
Real-time 4D imaging capabilities enhance visualization of dynamic anatomical structures, improving diagnostic accuracy.
Wide frequency range allows for versatile imaging across various patient types and clinical scenarios.
High-quality imaging supports detailed assessments in gynecology, pediatrics, and abdominal applications.
Operational Efficiency and Design
Ergonomic and ultralight design reduces operator fatigue during prolonged scanning sessions.
Standard GE connector ensures easy integration with multiple GE ultrasound systems, enhancing workflow efficiency.
Durable construction designed to withstand the demands of a busy clinical environment.
Advanced Imaging Features
Real-time 4D volume imaging provides dynamic visualization, aiding in comprehensive assessments.
Broad bandwidth transducer technology offers superior image resolution and penetration.
Versatility across multiple applications makes it a valuable tool in diverse clinical settings.