Mindray V11-3 ultrasound probe used with good working for ultrasound machine medical

Mindray V11-3 ultrasound probe used with good working for ultrasound machine medical

►Brief Description

The V11-3 probe is a convex array probe with transducer elements arranged in an arc, creating a fan-shaped field of view during scanning. This design is particularly well-suited for probing deep, large organs such as the liver, kidneys, and pregnant uterus, easily acquiring macroscopic images covering the entire anatomical region. Unlike traditional 2D convex array probes, the V11-3 is a "4D probe." Through electronic control, it rapidly acquires a series of continuous 2D images and reconstructs 3D models, even dynamic 4D (real-time 3D) images, in real time. This provides unprecedented spatial information for clinical diagnosis.

►Product Specification

►Key Performance Parameters and Technical Features

1. Wide Frequency Range (11-3 MHz):

Low-frequency end (~3 MHz): Provides excellent penetration, enabling clear visualization of deep tissue structures, such as the deep organs of obese patients or the full view of a late-trimester fetus.

High-frequency end (~11 MHz): Ensures high resolution in near-field images, clearly demonstrating the fine structures of organ surfaces, capsules, and superficial vasculature.

Wide-bandwidth technology allows physicians to optimize frequency with a single click, without changing probes, to find the optimal balance between penetration and resolution, adapting to examination requirements of varying body shapes and depths.

2. Excellent Image Quality:

High-density array elements: The probe's densely packed array elements deliver higher spatial resolution and contrast, enabling the identification of subtler lesions and clearer tissue boundaries.

Excellent uniformity: Image quality remains highly consistent across the entire scanning depth and field of view, with no significant near-field blind spots or far-field attenuation, reducing the possibility of misdiagnosis.

Pure Beamforming Technology: Mindray's advanced imaging algorithm effectively suppresses noise and artifacts, resulting in a clean image background and sharp boundaries of target tissue.

3. Powerful Volumetric Imaging Capabilities:

The V11-3 can perform real-time three-dimensional (3D) and four-dimensional (4D) imaging.

In obstetrics and gynecology, physicians can intuitively observe the fetus's facial expressions and body structures, performing fetal surface imaging, greatly enhancing communication with pregnant women and facilitating screening for fetal surface abnormalities.

In the abdomen, it can be used for three-dimensional assessment of hollow organs such as the gallbladder and bladder, providing more information for lesion localization.

Advanced Multimodal Imaging Support:
In addition to basic B-mode (grayscale ultrasound), the V11-3 also fully supports a variety of advanced imaging modes:

Color Doppler Ultrasound (CDFI): Displays the direction and distribution of blood flow within blood vessels, used to assess organ perfusion and vascular lesions.

Pulsed Wave Doppler (PW) and Continuous Wave Doppler (CW): Accurately measure blood flow velocity and spectral morphology at specific locations, used to assess vascular stenosis, valve function, and other conditions.

Tissue Harmonic Imaging (THI): Utilizing the harmonic frequency components of echoes for imaging, THI significantly reduces sidelobe artifacts and improves image quality. It is particularly suitable for patients with difficult imaging conditions (e.g., those with obesity or gas interference).

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