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GE HealthCare M12L Matrix linear probe for small-parts, vascular, neonatal and pediatric imaging. It offers a 5–13 MHz bandwidth and 39 mm field of view for detailed examinations.
The GE M12L is a high-frequency matrix-array linear ultrasound transducer designed for detailed imaging of superficial anatomical structures. It is primarily intended for small-parts, vascular, neonatal, and pediatric applications. The M12L combines a compact linear footprint with a broad high-frequency bandwidth, making it suitable for examinations requiring high-resolution superficial imaging.
The M12L uses a matrix-array linear configuration rather than a conventional single-row linear array. This design provides a high-density transducer architecture intended to produce detailed images of superficial structures.
Its compact 45 × 10 mm footprint is suitable for examinations where access to relatively small or superficial anatomical regions is required. The 39 mm field of view provides a useful scanning width for superficial imaging applications.
The M12L operates over a documented frequency range of approximately 5.0–13.0 MHz. GE technical documentation also specifies a bandwidth of approximately 4.7–13 MHz at -20 dB.
The high-frequency characteristics of the transducer are intended to support detailed visualization of superficial anatomy, where high spatial resolution is generally more important than very deep penetration.
The M12L incorporates 960 elements, providing a high-density matrix-array architecture. This configuration supports detailed image acquisition and contributes to the probe's suitability for high-resolution superficial examinations.
The matrix technology was also used in clinical imaging applications with the GE LOGIQ platform. A GE-related breast-imaging case study, for example, documents volume acquisition using an M12L transducer with a LOGIQ 9 ultrasound system.
The M12L is documented for vascular applications. Its linear geometry and high-frequency operation are suitable for imaging superficial blood vessels and evaluating vascular anatomy.
The M12L is designed for small-parts imaging, where detailed visualization of superficial anatomical structures is required. Its high-frequency range and compact footprint make it appropriate for examinations involving relatively shallow structures.
GE documentation lists the M12L for neonatal and pediatric imaging. Its compact footprint and high-frequency characteristics can be useful when imaging small or superficial anatomical structures in pediatric patients.
The M12L has also been used for breast imaging. GE documentation includes an M12L-based breast-imaging case demonstrating its use with the LOGIQ 9 system for evaluation of breast and axillary findings.
Its linear high-frequency design is suitable for detailed examination of superficial breast structures when the appropriate imaging configuration is selected.
The GE M12L is a high-frequency matrix-array linear ultrasound transducer designed for detailed imaging of superficial anatomical structures. It is primarily intended for small-parts, vascular, neonatal, and pediatric applications. The M12L combines a compact linear footprint with a broad high-frequency bandwidth, making it suitable for examinations requiring high-resolution superficial imaging.
The M12L uses a matrix-array linear configuration rather than a conventional single-row linear array. This design provides a high-density transducer architecture intended to produce detailed images of superficial structures.
Its compact 45 × 10 mm footprint is suitable for examinations where access to relatively small or superficial anatomical regions is required. The 39 mm field of view provides a useful scanning width for superficial imaging applications.
The M12L operates over a documented frequency range of approximately 5.0–13.0 MHz. GE technical documentation also specifies a bandwidth of approximately 4.7–13 MHz at -20 dB.
The high-frequency characteristics of the transducer are intended to support detailed visualization of superficial anatomy, where high spatial resolution is generally more important than very deep penetration.
The M12L incorporates 960 elements, providing a high-density matrix-array architecture. This configuration supports detailed image acquisition and contributes to the probe's suitability for high-resolution superficial examinations.
The matrix technology was also used in clinical imaging applications with the GE LOGIQ platform. A GE-related breast-imaging case study, for example, documents volume acquisition using an M12L transducer with a LOGIQ 9 ultrasound system.
The M12L is documented for vascular applications. Its linear geometry and high-frequency operation are suitable for imaging superficial blood vessels and evaluating vascular anatomy.
The M12L is designed for small-parts imaging, where detailed visualization of superficial anatomical structures is required. Its high-frequency range and compact footprint make it appropriate for examinations involving relatively shallow structures.
GE documentation lists the M12L for neonatal and pediatric imaging. Its compact footprint and high-frequency characteristics can be useful when imaging small or superficial anatomical structures in pediatric patients.
The M12L has also been used for breast imaging. GE documentation includes an M12L-based breast-imaging case demonstrating its use with the LOGIQ 9 system for evaluation of breast and axillary findings.
Its linear high-frequency design is suitable for detailed examination of superficial breast structures when the appropriate imaging configuration is selected.
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