Philips S8-3T Probe: High-Precision Solution for Pediatric and Adult TEE Applications
The Philips S8-3T probe represents one of the latest advancements in ultrasound imaging technology for transesophageal echocardiography (TEE). This probe is specifically designed to provide high-quality visualization and maximum flexibility during cardiac exams, both in adults and children, including infants. It is ideal for demanding clinical settings where utmost precision is essential for evaluating cardiac structures.
Equipped with a micro-transesophageal sector array, the S8-3T probe offers an extended frequency range of 8 to 3 MHz, ensuring excellent image resolution for both shallow and deep exams. This frequency range guarantees precise visualization of cardiac structures, even in small or infant patients where fine resolution is critical.
The design of the S8-3T probe includes a tip measuring 7.5 x 5.5 x 18.5 mm, allowing for easy insertion and optimal comfort during the exam. The reduced shaft diameter of just 5.2 mm makes it easier to insert the probe into the esophagus, particularly in clinical settings where space is limited or when delicate procedures are required.
With an examination length of 85 cm, the S8-3T probe is designed for long and complex TEE procedures. This allows clinicians to perform in-depth exams without being limited by the reach of the instrument. Additionally, the S8-3T features a manually rotatable multiplane array from 0 to 180 degrees, providing total control for angular adjustments during the exam. This rotation capability enables better adaptation of the probe angle to examine different areas of interest and maximize coverage of cardiac structures.
Regarding imaging modes, the Philips S8-3T probe offers a wide range of features. It allows for 2D mode imaging to provide real-time detailed views of cardiac structures. It also supports pulsed wave (PW) and continuous wave (CW) Doppler modes, which are essential for assessing blood flow and valve function. The color Doppler mode provides real-time observation of blood flow, while harmonic imaging and XRES improve image quality by reducing artifacts and optimizing tissue contrast.
One of the standout features of this probe is its ability to be used for pediatric TEE applications, including infants, as well as adult patients. It is particularly suited for examining children who require a smaller, more flexible probe while still providing high-quality performance for adults. Additionally, it is compatible with the Philips iE33 system, enabling access to all the advanced features of these platforms for even more precise results.
