ATL PHILIPS 3D8-5V 3D CURVED ARRAY TRANSVAGINAL PROBE For ATL HDI Series ~12840


Price:
Sale price$ 1,549.99

Description

Explore the ATL PHILIPS 3D8-5V 3D Curved Array Transvaginal Probe

Condition:Used : An item that has been used previously. The item may have some signs of cosmetic wear, but is fully operational and functions as intended. This item may be a floor model or store return that has been used. See the seller’s listing for full details and description of any imperfections. See all condition definitions- opens in a new window or tab

Seller Notes:“see images for cosmetics”

Brand: ATL PHILIPS

MPN: UP-PB-3D8-5V

Model: 3D 8-5V 3D

Country/Region of Manufacture: United States

Exceptional Imaging Quality

The ATL PHILIPS 3D8-5V is a cutting-edge transvaginal probe designed for the ATL HDI series, ensuring exceptional imaging quality for medical professionals. This advanced probe utilizes a 3D curved array technology, which enhances the resolution and detail in imaging, allowing for better diagnostic capabilities. Because of its precision, clinicians can rely on this probe to visualize complex structures with clarity, which is essential for accurate assessments.

Improved Patient Comfort

The design of the ATL PHILIPS 3D8-5V not only focuses on imaging quality but also prioritizes patient comfort. With its ergonomic shape, the probe minimizes discomfort during transvaginal examinations. This is particularly important as it helps reduce patient anxiety and enhances their overall experience. So, healthcare providers can conduct necessary procedures with greater patient satisfaction and ease.

Versatile Clinical Applications

Adaptable for various clinical applications, the ATL PHILIPS 3D8-5V probe is suited for obstetric and gynecological assessments, making it a valuable tool in many healthcare settings. Whether it's monitoring fetal development or assessing gynecological concerns, this probe delivers reliable results. This versatility means that healthcare providers can use this probe across different patient scenarios, maximizing its utility in practice.


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