RIC6-12-D : An Endocavitary Probe for Accurate and Dynamic Imaging
The RIC6-12-D probe from GE Healthcare is a cutting-edge solution designed for endocavitary examinations in obstetrics, gynecology, and transrectal applications. Featuring wide-band micro-convex technology, it offers exceptional resolution and a depth of field adapted to various clinical needs. Its ability to provide real-time volumetric imaging (4D) makes it an essential tool for sonographers and women’s health specialists.
One of the major advantages of this probe is its exceptional 195° field of view, allowing for broad and detailed visualization of internal structures. This facilitates accurate diagnosis of gynecological pathologies, pregnancy monitoring, and in-depth evaluation of pelvic organs. Its volumetric aperture of 195° x 120° further enhances image quality, making examinations more intuitive and comprehensive.
With a frequency range of 5 to 13 MHz, the RIC6-12-D combines penetration and resolution to provide high-definition images, whether for superficial or deeper exploration. This wide frequency range offers optimal adaptability to various examination conditions, from detecting fetal abnormalities to analyzing soft tissues.
Its compatibility with the VE10 platform ensures seamless integration with GE Healthcare imaging systems, thus guaranteeing an optimized user experience and increased efficiency in diagnostics. Its ergonomic and lightweight design contributes to patient and user comfort, reducing fatigue during prolonged examinations.
As a real-time 4D probe, the RIC6-12-D enables dynamic tracking of observed structures, allowing clinicians to obtain an instant three-dimensional view, ideal for assessing the mobility and morphology of tissues in motion. This feature is particularly useful in obstetrics for detailed fetal development visualization and early identification of potential anomalies.
The RIC6-12-D’s exceptional image quality, combined with its ability to generate real-time 4D images, makes it an essential instrument for healthcare professionals looking to optimize their diagnostics. Its intuitive use and precision make it an ideal solution for medical institutions seeking to invest in cutting-edge technology for patient care.
