ML4-20-D Matrix Linear Ultrasound Probe

High-Frequency Matrix Linear Array Technology. XDclear Single Crystal Performance. Integrated Multi-Function Probe Buttons. Optimized for LOGIQ Series and Fortis Systems. Ergonomic Design with Needle Guidance Support . The GE HealthCare Matrix Linear Ultrasound Probe provides clinicians with ultra-high-resolution imaging capabilities for superficial diagnostic and interventional procedures. This transducer utilizes advanced matrix array technology to deliver consistent beam uniformity, allowing for exceptional detail in small parts, musculoskeletal (MSK), and vascular assessments. ✦ ✦ ✦ FEATURES ✦ ✦ ✦. Matrix Array Technology: The probe features multi-row crystal arrays that provide a thin scan plane and improved elevation resolution compared to standard linear transducers. Active Matrix Processing: The electronic focusing of the matrix rows reduces volume averaging, ensuring that small structures like peripheral nerves and thyroid nodules are captured with high contrast. Streamlined Workflow: Each probe is designed with an ergonomic handle and a lightweight cable to reduce user fatigue during extended scans or guided injections. Interventional Precision: Both models support dedicated needle guidance kits, providing clear visualization of the needle tip for both in-plane and out-of-plane procedures. Performance Variations: Choose the specific model based on your system platform and depth requirements: ML6-15-D: A versatile high-frequency workhorse with a depth of 4.0 - 15.0 MHz, compatible with the LOGIQ E9 and S8. It offers a balanced frequency range for general small parts, breast, and pediatric imaging. ML4-20-D: Featuring XDclear technology, this probe offers a wider bandwidth of 4.0 - 20.0 MHz depth and higher ceiling for ultra-superficial detail. It is the premier choice for dermatology and neonatal scans on the LOGIQ E10 and Fortis platforms. . Enhance your diagnostic confidence and procedural accuracy by integrating the GEMatrix Linear Ultrasound Probe into your clinical ultrasound workflow.