Description

The 128 Item 3D Medical THI Ultrasound Machine YG1011 is a high-performance ultrasound system designed for comprehensive medical imaging, including abdominal, cardiovascular, obstetric, gynecological, and vascular applications. Featuring a 15-inch LED display with multilingual support, this ultrasound offers exceptional image clarity and real-time Doppler analysis, ensuring accurate diagnostics in diverse medical fields.

Equipped with state-of-the-art imaging technology, this 3D ultrasound system supports complex imaging modes, including B, 2B, 4B, M, B/M, B/C, Duplex, Triplex, and Directional Power Doppler Imaging. The built-in DICOM 3.0 protocol allows for seamless connectivity, enabling users to print and transfer images, reports, and patient data directly from the system. Its compact and lightweight design (3.5kg) makes it highly portable, ensuring flexibility in hospital settings, private clinics, and mobile diagnostic services.

Market Price

The 128 Item 3D Medical THI Ultrasound Machine YG1011 is available on the market with a price range of $8.132 to $8.200 USD, depending on the supplier and additional features. Its advanced imaging capabilities, portability, and real-time analysis tools make it a cost-effective solution for healthcare professionals looking for precision diagnostics.

Frequently Asked Questions

What are the main medical applications of this ultrasound machine?
This system is designed for abdominal, cardiac, obstetric, gynecological, vascular, musculoskeletal, and urological imaging, providing high-resolution 3D imaging for accurate diagnostics.

How many transducer ports does it have?
The YG1011 features two transducer ports, allowing users to switch between different probes efficiently.

Does the system support 3D and 4D imaging?
Yes, the YG1011 includes built-in 3D imaging software and supports advanced visualization techniques for fetal, cardiac, and vascular assessments.

Advantages and Disadvantages

Advantages:

• 128 imaging elements for superior resolution and clarity.
• 15-inch high-resolution LED display with multilingual functionality.
• Advanced Doppler imaging (Color, PW, Duplex, Triplex) for detailed vascular analysis.
• Automatic measurement tools for IMT, endometrial thickness, and quality assessments.
• Dual transducer ports for efficient probe switching.
• Compact and lightweight (3.5kg), ideal for mobile and point-of-care diagnostics.
• DICOM 3.0 connectivity for easy integration with hospital systems.
• Supports multiple imaging modes, including 3D imaging, Power Doppler, and Panoramic Imaging.

Disadvantages:

• Requires an external printer for hard copy reports.
• Limited number of transducer ports compared to high-end models.
• Some features require additional licensing or activation.
• External display needed for larger image projections.
• Higher learning curve for new users unfamiliar with advanced Doppler settings.
• Manual adjustment required for beamforming frequency settings.

Field Applications

The YG1011 Medical THI Ultrasound Machine is widely used in hospitals, diagnostic imaging centers, mobile clinics, and specialized medical practices. Its advanced 3D imaging capabilities make it ideal for detailed fetal assessments, cardiovascular diagnostics, and musculoskeletal examinations.

Additionally, its compact and lightweight design makes it an excellent choice for point-of-care applications, enabling medical professionals to perform real-time imaging in emergency settings, bedside diagnostics, and remote healthcare facilities.

Recommendations

To ensure optimal performance and efficiency, follow these recommendations:

• Use the built-in 3D imaging software for enhanced visualization of fetal and cardiac structures.
• Update system software regularly to maintain compatibility with medical imaging standards.
• Utilize DICOM 3.0 connectivity to streamline image sharing and remote consultations.
• Perform routine maintenance to ensure long-term durability and image quality.
• Leverage multi-beamforming technology for higher resolution and improved diagnostic accuracy.

Technical description