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Standard Ultrasound
GE BE9CS-RS ultrasound transducer
GE Ultrasound Probe
Endocavity

GE BE9CS-RS

The BE9CS-RS combines biplane scanning geometry with a 4–10 MHz bandwidth in a compact endocavity form factor. The 127-degree field of view captures sagittal and transverse prostate planes without repositioning, and the microconvex element array resolves glandular zones and calcifications at diagnostic depth. Color and PW Doppler modes evaluate periurethral and prostatic vascularity for biopsy planning and treatment monitoring.

Frequency Range
4.0 – 10.0 MHz
Connector Type
RS-PinD-Pin
Clinical Applications
UrologyTransrectalPelvic Floor
Technical Specifications

Specifications

Frequency
4 – 10 MHz

Mid-to-high frequency range balances glandular tissue resolution with depth for transrectal and pelvic imaging.

Field of View
127°

Wide sector angle covers the full prostate in both imaging planes without probe repositioning.

Scan Type
Microconvex Biplane

Biplane geometry acquires sagittal and transverse views simultaneously, reducing exam time.

Depth
Up to 12 cm

Sufficient depth for transrectal prostate imaging and pelvic floor structures.

Scan Modes
B-Mode, Color Doppler, PW Doppler

Full Doppler suite supports vascular assessment during urological examinations.

Connector
RS-Pin

RS-Pin connector interfaces with GE LOGIQ and Versana systems.

Clinical Applications

Applications

Transrectal Prostate Imaging

Biplane geometry acquires sagittal and transverse views of the prostate without probe rotation, reducing exam time and patient discomfort. The 4–11 MHz range resolves the peripheral zone, transition zone, and seminal vesicles with detail sufficient for volume calculation and lesion characterization. Color Doppler identifies areas of increased vascularity that may warrant targeted biopsy.

Pelvic Floor Assessment

High-frequency endocavity imaging visualizes the levator ani, puborectalis, and anal sphincter complex. Real-time assessment during Valsalva and squeeze maneuvers quantifies pelvic organ prolapse and sphincter integrity. B-mode measurements support pre-surgical planning for stress urinary incontinence and pelvic reconstructive procedures.

Urological Evaluation

Transrectal and transperineal approaches image the bladder base, distal ureters, and prostate gland. Post-void residual volume calculations and bladder wall thickness measurements support lower urinary tract symptom workup. The 127-degree sector angle provides wide anatomical coverage from a fixed probe position.

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