Description

The Color Doppler Ultrasound Screen YG1015 is a high-performance diagnostic imaging system designed for cardiovascular and obstetric applications. Featuring a 15-inch LED display with multilingual capabilities, this ultrasound system provides high-resolution imaging, real-time color Doppler analysis, and advanced 4D imaging technology. With anatomy M mode, color mode M, and multiple measurement tools, it enables precise visualization of fetal development, cardiac structures, and vascular flow, making it an essential tool for hospitals, diagnostic centers, and private clinics.

Equipped with dual transducer ports, this ultrasound machine offers flexibility for various diagnostic applications, supporting convex, linear, micro-convex, and intracavitary probes. The PW duplex and triplex modes allow for seamless transition between imaging modes, while the automatic IMT measurement and quality assessment tools ensure enhanced diagnostic accuracy. Additionally, its DICOM 3.0 compatibility allows for direct printing and image transfer, streamlining workflow efficiency in clinical environments.

Market Price

The Color Doppler Ultrasound Screen YG1015 is available on the market with a price range of $13.535  to $13.700 USD, depending on the supplier and optional accessories. Its cutting-edge imaging capabilities, advanced measurement tools, and robust connectivity options make it a high-value investment for medical professionals seeking superior diagnostic accuracy.

Frequently Asked Questions

• What medical applications is this ultrasound best suited for?
  It is ideal for cardiology, obstetrics, gynecology, vascular imaging, and general diagnostics, providing detailed anatomical visualization and real-time blood flow analysis.
• Does the system support 4D imaging?
  Yes, the YG1015 comes with built-in 4D software, allowing real-time fetal imaging and detailed anatomical assessments.
• How many transducer ports does it have?
  The system includes two transducer ports, allowing users to switch between probes without interrupting workflow.

Advantages and Disadvantages

Advantages:

• 15-inch high-resolution LED display with multilingual support.
• Advanced Doppler imaging (Color, PW, Duplex, Triplex) for detailed vascular analysis.
• 4D imaging capabilities for real-time fetal and cardiac visualization.
• Automatic measurement tools for IMT, fetal growth assessment, and cardiac function.
• Dual transducer ports for enhanced workflow efficiency.
• DICOM 3.0 connectivity for seamless image sharing and printing.
• Customizable printing options (reports, images, or combined).
• Lightweight and compact design (5.5kg), making it portable and easy to integrate into medical facilities.

Disadvantages:

• Premium price range, making it a higher investment compared to basic ultrasound systems.
• Requires external printer for hard copy reports.
• Limited probe frequency range compared to some high-end competitors.
• Some features require additional software activation or accessories.
• Learning curve for users unfamiliar with advanced Doppler settings.
• External display required for larger screen projection.

Field Applications

The YG1015 Color Doppler Ultrasound is widely used in hospitals, private clinics, and diagnostic centers for precise imaging of cardiac structures, fetal development, and vascular conditions. Its high-resolution Doppler capabilities allow healthcare professionals to assess blood flow, detect abnormalities, and perform real-time monitoring with exceptional accuracy.

Its built-in automatic measurement tools make it particularly useful in obstetric and gynecological examinations, enabling accurate fetal growth tracking and endometrial assessments. Additionally, the DICOM 3.0 connectivity ensures seamless data sharing, making it ideal for telemedicine applications and multi-location healthcare networks.

Recommendations

To maximize efficiency and diagnostic accuracy, consider the following recommendations:

• Utilize the built-in 4D software for enhanced fetal and cardiac imaging.
• Regularly update the system firmware to ensure optimal performance and compatibility with medical standards.
• Invest in additional probes (linear, convex, micro-convex, intracavitary) to expand diagnostic versatility.
• Leverage the DICOM 3.0 protocol for seamless integration with hospital networks and electronic medical records (EMRs).
• Perform regular system maintenance to maintain image quality and device longevity.

Technical description