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Product Overview
The 9L-D is a high-frequency linear array transducer designed for exceptional imaging of vascular structures, small parts, and musculoskeletal regions. With its wide bandwidth and superior image resolution, it is ideal for diagnostic applications requiring detailed visualization. Its ergonomic design and lightweight build ensure operator comfort during extended use, making the 9L-D a reliable tool for precision imaging.
Technical Specifications
Frequency Range: 4 – 10 MHz for high-resolution imaging of superficial structures.
Scan Modes: B-Mode, Color Doppler, Pulse Wave Doppler.
Field of View: Linear format optimized for detailed superficial imaging.
Depth of Field: Up to 8 cm for shallow and mid-depth imaging.
Footprint: Compact linear array for improved access to superficial structures.
Connector Type: Standard GE proprietary connector.
Design: Lightweight and ergonomic for ease of use during prolonged procedures.
Applications
Vascular Imaging: Provides detailed visualization of peripheral and carotid vessels.
Small Parts Imaging: Optimized for imaging thyroid, breast, and testicular structures.
Musculoskeletal Imaging: Enables precise evaluation of tendons, ligaments, and soft tissues.
Compatibility
GE Vivid E95
GE Vivid S70
Clinical Performance Highlights
High-resolution imaging supports detection of subtle abnormalities in superficial structures.
Advanced Doppler sensitivity ensures accurate flow and velocity measurements.
Reliable performance for both routine and specialized imaging needs.
Operational Efficiency and Design
Lightweight, ergonomic design minimizes operator fatigue during extended use.
Compact probe head improves maneuverability in small anatomical regions.
Seamless integration with GE ultrasound systems provides efficient workflows.
Advanced Imaging Features
Wide frequency range ensures adaptability for diverse clinical applications.
Enhanced image clarity supports precise diagnostics of superficial and vascular structures.
Advanced Doppler capabilities deliver detailed hemodynamic assessments.