GE RAB6-D
The RAB6-D is the D-Pin variant of GE's 4D volume convex array, covering 2.0–8.0 MHz with a 90-degree B-mode and 90x85-degree volume field of view. It brings real-time 4D volume acquisition to the LOGIQ E10, Totus, and Fortis platforms for obstetric surface rendering, abdominal volume measurement, and gynecologic multiplanar imaging. The ultralight construction and wide bandwidth make it a practical choice for mixed general imaging and OB departments running D-Pin systems.
Specifications
Wide bandwidth accommodates obstetric imaging from high-BMI patients to detailed fetal anatomy scans.
Standard convex sector angle for abdominal and obstetric sweep coverage.
Large volume acquisition sector captures complete fetal anatomy for 3D/4D rendering.
Full Doppler and 4D modes support structural, hemodynamic, and volumetric assessment.
D-Pin connector for LOGIQ premium imaging systems.
Applications
Obstetric 3D/4D Imaging
The RAB6-D captures volume datasets for fetal surface rendering, STIC cardiac acquisition, and tomographic brain imaging on LOGIQ platforms. The 2.0 MHz low end penetrates through elevated maternal BMI, while 8.0 MHz resolves fetal facial features and spinal anatomy in thinner patients. Real-time 4D visualization supports fetal movement assessment and provides parents with surface-rendered views during routine scans.
Abdominal Volume Imaging
Beyond obstetrics, the RAB6-D adds 3D volume capability to standard abdominal exams. Volume acquisition supports organ volume measurement, multiplanar lesion characterization, and offline review of complex pathology. The 90-degree B-mode field covers liver, kidneys, and spleen in standard scanning planes, with the added value of reconstructed coronal views from a single volume sweep.
Gynecologic Assessment
For transabdominal GYN imaging, the probe provides 3D volume acquisition for uterine anomaly classification, fibroid mapping, and endometrial evaluation. Volume datasets enable coronal uterine views that are difficult to obtain with conventional 2D imaging, improving diagnostic confidence in patients with suspected Mullerian anomalies or complex fibroid anatomy.
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