Acuson V319 (V4G) 3.5/5.0 MHz 19mm Vector Array CARDIAC Probe Ultrasound X-ducer

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Price:
Sale price$ 157.43 Regular price$ 191.99

Description

Exploring the Capabilities of the Acuson V319 (V4G) 3.5/5.0 MHz 19mm Vector Array CARDIAC 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:“from a retired working system: Fully Functional. Good condition.”

Brand: Acuson

Country/Region of Manufacture: United States, Ireland

Model: V319

UPC: Does Not Apply

MPN: V319

High-Quality Imaging

The Acuson V319 (V4G) 3.5/5.0 MHz 19mm Vector Array CARDIAC Probe is designed for outstanding cardiac imaging. This probe utilizes advanced technology that allows healthcare professionals to capture clear and precise images of the heart. With its dual frequency capability of 3.5 and 5.0 MHz, it offers flexibility for various imaging needs. Because of this high-resolution imaging, doctors can make better-informed decisions regarding patient treatment.

Enhanced Performance

This ultrasound probe is engineered for exceptional performance in a clinical setting. The 19mm array enhances its ability to visualize cardiac structures efficiently. Also, the ergonomic design reduces strain during procedures, making it user-friendly for medical staff. As a result, healthcare providers can conduct examinations more effectively, leading to quicker diagnosis and treatment of cardiac conditions.

Durability and Reliability

Durability is crucial when selecting medical equipment, and the Acuson V319 (V4G) is built to withstand the demands of a busy healthcare environment. Its robust construction ensures longevity, and the probe is easy to clean and maintain. This reliability translates into consistent and dependable performance in critical situations, reinforcing its value in cardiac imaging.


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