MDK-9900 Full Digital Color Doppler Ultrasound Diagnostic System

Product Introduction

The MDK-9900 Full Digital Color Doppler Ultrasound Diagnostic System is a versatile medical ultrasound imaging platform designed for diagnostic examinations across multiple clinical departments. It supports two-dimensional grayscale imaging, color Doppler flow imaging, color power Doppler, directional energy Doppler, pulsed-wave Doppler (PWD), continuous-wave Doppler (CW), M-mode, harmonic imaging, composite imaging, and variable-aperture imaging.

Equipped with a 21.5-inch widescreen high-resolution color LCD monitor, a 12.1-inch touchscreen, and a 50 mm trackball, the MDK-9900 provides an integrated interface for image acquisition, measurement, analysis, and patient record management. Its probe options cover abdominal, superficial, cardiac, and intracavitary examinations, with optional 4D imaging available.

The system supports DICOM 3.0 connectivity, HDMI, VGA video output, USB storage, and wireless transmission as specified. It can store and replay static and dynamic ultrasound images on its internal hard disk or compatible USB storage devices.

Performance Features

1. Comprehensive imaging modes: Supports 2D grayscale, color Doppler, color power Doppler, directional energy Doppler, PWD, CW, M-mode, harmonic, composite, and variable-aperture imaging.

2. Large widescreen display: Features a 21.5-inch high-resolution LCD monitor with flicker-free progressive scanning and adjustable viewing position.

3. Interactive touchscreen: A 12.1-inch widescreen touchscreen supports convenient system operation.

4. Multi-probe compatibility: Optional abdominal, high-frequency linear, cardiac, and intracavitary probes support a wide range of examinations.

5. Adjustable imaging frequency: Provides at least six frequency conversion options in 2D mode, with selectable Doppler frequencies.

6. Advanced grayscale imaging: Uses digital beam forming, full-range dynamic focusing, dynamic aperture, dynamic apodization, and sidelobe compression technologies.

7. Image enhancement: Speckle-noise purification and noise-reduction technologies help improve image presentation.

8. Comprehensive Doppler analysis: Supports Doppler automatic envelope detection and measurement, color flow adjustment, and multiple flow display modes.

9. Flexible scanning controls: Offers adjustable scan depth, fan scan angle, gain, time-gain compensation (TGC), and acoustic output power.

10. Integrated measurement software: Includes general measurements, obstetric calculations, cardiac function analysis, vascular flow analysis, color Doppler measurements, and urology measurements.

11. Image and patient data management: Supports static and dynamic image storage, playback, archiving, and retrieval.

12. DICOM 3.0 connectivity: Supports connection with compatible medical imaging and communication systems.

13. Multiple output and storage options: Provides VGA, HDMI, USB interfaces, hard-disk storage, and supported wireless transmission.

14. Optional 4D imaging: Optional 4D capability can extend the system's imaging functions when supported by the required configuration.

 Working Principle

The MDK-9900 uses digital ultrasound transmission and reception to generate diagnostic images. The transducer emits ultrasound pulses into the body and receives echoes reflected by tissues and anatomical structures. The system processes these signals through digital beam forming, dynamic focusing, gain control, and image enhancement to produce two-dimensional grayscale images.

For Doppler examinations, the system analyzes frequency shifts in echoes from moving blood cells to assess blood-flow direction and velocity. Color Doppler and energy-based modes display flow information over the grayscale image, while spectral Doppler presents flow-related signals for further analysis. M-mode supports motion assessment, and harmonic and composite imaging provide additional image-processing options.

The system's measurement software processes acquired images and Doppler data to support general, obstetric, cardiac, vascular, and urological assessments. Static and dynamic images can be saved and reviewed through the system's image-management functions.

Technical Parameters

1. General System Specifications

2.  Probe Specifications

3.  Two-Dimensional Grayscale Imaging

4. Spectral Doppler Specifications

5 . Color Doppler Specifications

6.  Measurement, Connectivity, and Data Management

Application Scenarios

The MDK-9900 is designed for use in medical institutions requiring a multi-application ultrasound diagnostic system.

•  Abdominal imaging: Ultrasound assessment of abdominal organs and related structures.

•  Cardiology: Cardiac imaging and functional analysis using compatible cardiac probes and imaging modes.

•  Obstetrics and gynecology: Obstetric measurements, fetal-weight estimation, and intracavitary examinations with compatible probes.

•   Urology: Urological imaging and measurement analysis.

• Pediatrics and neonatal care: Ultrasound examinations for pediatric and newborn patients using suitable probes and protocols.

•   Vascular diagnostics: Color and spectral Doppler assessment of blood flow.

•  Superficial structures: High-frequency linear-probe imaging for superficial tissues.

•  Breast and thyroid examinations: Ultrasound evaluation of superficial organs.

•   Intracavitary examinations: Imaging using compatible intracavitary probes.

• Brain-related examinations: Applications where the appropriate probe, examination protocol, and clinical indication support the intended study.

Actual clinical applications depend on the selected probe, system configuration, approved indications, and local medical-device requirements.

MDK-9900 vs. Conventional Ultrasound Systems

Frequently Asked Questions (FAQ)

Q1: What is the MDK-9900 Full Digital Color Doppler Ultrasound System used for?

It is designed for a broad range of ultrasound examinations, including abdominal, cardiac, obstetric, gynecological, urological, vascular, breast, thyroid, pediatric, neonatal, and intracavitary applications, subject to compatible probes and clinical indications.

Q2: Which imaging modes does the MDK-9900 support?

Its specified modes include 2D grayscale, color Doppler, color power Doppler, directional energy Doppler, pulsed-wave Doppler, continuous-wave Doppler, M-mode, harmonic imaging, composite imaging, and variable-aperture imaging.

Q3: What display configuration does the system use?

The system has a 21.5-inch widescreen high-resolution color LCD monitor and a separate 12.1-inch widescreen touchscreen. A 50 mm trackball is also specified.

Q4: What probes are available for the MDK-9900?

Optional probe types include abdominal, high-frequency linear, cardiac, and intracavitary probes. The abdominal probe is specified at 2.5–5.0 MHz, while the high-frequency linear probe offers selectable frequencies from 6.0 to 12.0 MHz.

Q5: What is the maximum scanning depth?

The system's maximum scanning depth is specified as 34 cm. The abdominal probe's maximum detection depth is separately listed as 19 cm or more.

Q6: Does the MDK-9900 support obstetric and cardiac measurements?

Yes. The specified measurement software includes obstetric calculations with a fetal-weight formula, cardiac function analysis, editable cardiac reports, vascular flow analysis, general measurements, and urology measurements.

Q7: Can ultrasound images and patient records be stored and reviewed?

Yes. The system supports storage and playback of static and dynamic images on the internal hard disk and compatible USB storage. It also provides image archiving, management, and retrieval functions.

Q8: Does the MDK-9900 support DICOM?

Yes. A DICOM 3.0 interface is specified for communication with compatible medical imaging systems. Integration depends on the receiving system and network configuration.

Q9: Is 4D ultrasound included as standard?

No. The product specifications list 4D imaging as an optional function. Confirm the required probes, software, and hardware configuration with the supplier when ordering.