VS7 Veterinary Color Doppler Ultrasound Diagnostic System

Technical Inheritance

Inherits multiple advanced imaging technologies from the Wi - Sono high - end platform

Product Functions and Features

1. Image Quality: Provides high - definition and high - resolution images.

2. User - friendly Design: Features a simple control panel and an intuitive user interface.

3. Intelligent Auxiliary Scanning Functions:
  - Wide - view Imaging: Inteligently identifies tissue information and automatically stitches images. It can fully display the anatomical structure of large lesions or tissues/organs. When combined with the ultra - high - frequency linear array probe, it provides a professional solution for musculoskeletal applications.
  - μ - Scan+ New Generation Micron Imaging Technology: Adopts a new algorithm to further enhance the processing ability of tissue structure information, striving to provide more accurate diagnostic information for clinical practice.
  - Anatomic M - mode: Allows arbitrary adjustment of the position and angle of the sampling line. By vertically measuring the myocardial structure, it provides a more accurate tool for measuring cardiac function, effectively evaluating myocardial motion and left ventricular function.
  - Tissue Doppler Imaging: Can accurately obtain and visually display myocardial motion information, making the evaluation of myocardial motion and function more objective and reliable.
  - Auto EF: The endocardial automatic tracing function can automatically identify the endocardium at the end of systole and diastole, and automatically calculate the EF value.
  - Auto IMT: Can quickly obtain the intima - media thickness of the anterior and posterior walls of blood vessels, improving the repeatability of measurement results and inspection efficiency.
  - Auto C: The intelligent blood flow tracking technology can automatically adjust the position and deflection angle of the ROI, helping to quickly obtain the best blood flow image.
  - Auto Trace: As the position of the sampling gate changes, the spectral Doppler envelope can be automatically tracked and measured, and the measurement parameters can be freely configured.