Philips C10-4ec Probe: A High-Precision Imaging Solution for Endocavitary Applications
The Philips C10-4ec probe stands out due to its advanced technology and design tailored for endocavitary ultrasound examinations, including vaginal and rectal applications. This high-performance model is equipped with broadband technology, offering a wide frequency range from 10 to 4 MHz, which delivers exceptional image resolution for both superficial and deeper structures. This probe is ideal for healthcare professionals who require precise and detailed imaging during clinical exams.
Equipped with 128 elements, the C10-4ec probe ensures complete coverage and high-quality imaging. The large number of elements improves resolution and enables rapid image acquisition, essential for endocavitary exams where precision and speed are crucial. With this configuration, the probe provides clear and sharp visualization of anatomical structures, facilitating diagnosis and patient management.
One of the major advantages of the C10-4ec is its 147° field of view. This allows for a wider and more detailed examination of internal structures, making it particularly effective for endocavitary procedures. Whether for vaginal or rectal ultrasound, this probe offers optimized analysis with enhanced visibility of clinical areas that are challenging to access.
In addition to its core features, the C10-4ec supports several advanced technologies that enhance imaging. The pulsed wave and color Doppler technologies, combined with Color Power Angio (CPA) and directional CPA, allow for precise evaluation of blood flow and circulation in areas of interest. These tools are invaluable for assessing vascular pathologies and blood flow within internal organs, such as the pelvis.
Furthermore, the C10-4ec is equipped with SonoCT technology, which combines real-time ultrasound images with CT (computed tomography) data, providing a more detailed and accurate view. The XRES function enhances image clarity and reduces artifacts, allowing for better tissue differentiation, particularly important in obstetrics and gynecology applications. Harmonic imaging is also a major asset, as it enhances image definition by eliminating background noise and providing finer details of soft tissues.
Another remarkable feature of the C10-4ec probe is its capability to perform biopsies with high precision, a significant advantage for diagnostic procedures. It also supports image fusion for optimal navigation, which is particularly useful in ultrasound-guided procedures.
The C10-4ec probe is designed to be robust and reliable while remaining lightweight and easy to handle. This allows practitioners to work in a comfortable environment while ensuring excellent performance during long imaging procedures.
