Endocavitary Probe PVT-781VTE – Precision Imaging for Gynecological and Urological Exams
The Toshiba PVT-781VTE endocavitary probe is an advanced solution for endovaginal and endorectal ultrasound exams. Designed to meet the needs of healthcare professionals, it combines diagnostic precision, ergonomics, and compatibility with Toshiba ultrasound platforms, including Aplio and Xario systems.
With its primary frequency of 7.0 MHz and a wide frequency range of 9.0 to 4.0 MHz, this probe offers high-resolution imaging, enabling detailed visualization of internal structures. The integration of Tissue Harmonic Imaging (THI) technology improves image clarity by reducing noise and enhancing contrast, making it easier to interpret exams.
The PVT-781VTE stands out with its exceptional 180° field of view, providing a broad perspective of target organs. This feature is particularly beneficial in gynecological diagnostics, urological assessments, and the evaluation of pelvic pathologies. Its optimized design ensures comfortable insertion and increased maneuverability, guaranteeing an improved experience for both the practitioner and the patient.
Its clinical applications are diverse:
- Gynecological exams: evaluation of ovaries, endometrium, and detection of pelvic masses.
- Urological exams: analysis of the prostate and surrounding tissues for screening and monitoring pathologies.
- Fertility monitoring: observation of follicular development and monitoring of hormonal treatments.
The probe’s compatibility with accessories such as biopsy guides extends its functionality, facilitating precise intervention procedures. Dedicated needle guides ensure optimal positioning for tissue sampling, increasing the reliability of diagnoses.
Lightweight and durable, the PVT-781VTE is designed for intensive use in hospital and clinic settings. Its simplified maintenance and ability to be sterilized according to medical standards ensure optimal hygiene.
The Toshiba PVT-781VTE probe is an indispensable tool for gynecologists and urologists, offering unmatched image quality, ergonomic design, and versatile functionality for optimal patient care.
