MATRIX LINEAR ARRAY PROBE FOR LOGIQ E10, E10S ULTRASOUND by GE Healthcare
Product Overview
Key highlights
The MATRIX LINEAR ARRAY PROBE for LOGIQ E10 and E10S by GE Healthcare utilizes XDclear transducer technology, delivering high-quality imaging for small parts such as the breast, thyroid, and musculoskeletal system. Its design also accommodates pediatric imaging, ensuring detailed visualization of anatomical structures in infants and children. The ML4 20 D is a Matrix Linear Array probe that incorporates XDclear transducer technology. This Wideband Linear Array Probe is known for its ability to provide high quality ultrasound imaging of small parts, including the breast, thyroid, and musculoskeletal system. It is also designed to be suitable for paediatric imaging, allowing for detailed visualization of anatomical structures in infants and children. It is important to note that the performance of the ML4 20 D probe may vary depending on the specific Ultrasound system it is paired with. However the compatibility may not extend to all releases of these Ultrasound Systems listed below. Please reference the User& x27;s Manual for your system.
Key Highlights
- The MATRIX LINEAR ARRAY PROBE is engineered with XDclear transducer technology, ensuring exceptional image clarity and detail for various applications.
- This probe excels in imaging small anatomical structures, making it ideal for breast, thyroid, and musculoskeletal assessments.
- Designed for pediatric use, the probe provides detailed visualization of anatomical structures in infants and children, enhancing diagnostic capabilities.
- Its wideband capabilities facilitate improved imaging performance across multiple frequencies, optimizing versatility in clinical settings.
- Compatibility with the LOGIQ E10 and E10S ultrasound systems enhances workflow efficiency, although specific performance may vary based on system configurations.
Compatible Systems & Use Cases
The MATRIX LINEAR ARRAY PROBE is compatible with the LOGIQ E10 and E10S ultrasound systems. It is particularly well-suited for:
- Breast imaging
- Thyroid assessments
- Musculoskeletal evaluations
- Pediatric imaging scenarios
Technical Specifications
| Parameter | Value |
|---|---|
| Probe Type | Matrix Linear Array |
| Transducer Technology | XDclear |
| Frequency Range | 4-20 MHz (typical) |
| Applications | Breast, Thyroid, Musculoskeletal, Pediatric |
Clinical and Service Value
The MATRIX LINEAR ARRAY PROBE enhances procurement decisions by offering advanced imaging capabilities that meet the diverse needs of healthcare providers. Its compatibility with the LOGIQ E10 and E10S systems allows facilities to streamline their ultrasound offerings, ensuring that clinicians have access to high-quality tools for accurate diagnostics. This adaptability is essential in modern healthcare environments, where precision and efficiency are paramount.
In terms of maintenance, the probe's robust design and advanced technology contribute to reduced downtime and service interruptions. Regular updates and adherence to the User's Manual for compatibility ensure optimal performance, allowing biomedical engineers to focus on maintaining system integrity. The probe's versatility across various imaging applications further supports efficient workflows, enabling healthcare professionals to provide comprehensive care without the need for multiple specialized probes.
Additional notes
The ML4-20-D is a Matrix Linear Array probe that incorporates XDclear transducer technology. This Wideband Linear Array Probe is known for its ability to provide high-quality ultrasound imaging of small parts, including the breast, thyroid, and musculoskeletal system. It is also designed to be suitable for paediatric imaging, allowing for detailed visualization of anatomical structures in infants and children. It is important to note that the performance of the ML4-20-D probe may vary depending on the specific Ultrasound system it is paired with. However the compatibility may not extend to all releases of these Ultrasound Systems listed below. Please reference the User's Manual for your system.