FDC8000 Full Digital Color Doppler Ultrasonic Diagnostic System

Product Item: ylqx015
Category: medical instruments
Views: 667
Supply Ability:50/month
Port:SHENZHEN
Model Number：FDC8000
Payment Terms：T/T ，western union， paypal
price: Inquiry

PRODUCT DETAIL

Technical Sheet（V1.0）

Device Name：Full Digital Color Doppler Ultrasonic Diagnostic System

Device Application Use：For clinic diagnostic needs of Abdomen, Obstetric ,Gynecology,Cardiology, Small Organs, Superficial Blood Vessels , Musculoskeletal, Anesthesiology,Urology ,neurosurgery , etc.

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1. Global Leading Ultrasound Platform and Architecture

The latest generation of ultrasonic front-end chip with "digital demodulator" and 8-core DSP processor provide powerful computing power, higher integration, lower power consumption as well as clear image quality.

2. Multi-Beam Parallel Processing Technology

16-beam parallel receiving technology: in B+C mode:abdominal probe depth ≥175mm, full angle; when ROI frame and B image is coincident, imaging frame rate≥15.0Hz

3. Pulse Inverse Harmonic Imaging (PIHI)

(all probes support Pulse Inverse Harmonic Technology (PIHI): harmonic operating frequency of High-frequency linear probe could be 10, 11, 12, 13 MHz four-level adjustable

4. Synthetic Aperture Beam Synthesis Technology（SA）

Totally breaking through the limitation of traditional DAS beamforming algorithm on the number of physical channels, we can obtain excellent image quality from near field to far field with smaller hardware scale and lower transmitting power

5. Emission Point-by-Point Focusing Technology (Full-range Focusing)

No focus position display ,no need to adjust the focus manually

6.Speckle noise suppression technology “mclear”,Four levels adjustable;

Effectively remove the speckle noise in ultrasound images to obtain a clearer and more delicate 2D image

7.Free-hand 3D +4D imaging

For fetal examination ,greatly improve the ultrasound detection radio of abnormal fetuses

Three active probe sockets, freely switch on ,support hot-plug

DICOM3.0 ,With network remote assistance tool software, technicians can maintain the system remotely through the network

Technical Parameters:

1 System general parameters:

1.1 Imaging Mode:B、2B、4B、B+M、B+C、real time B+C+D、B+D、PwrD、DirPwr

1.2 Input/Output port:USB2.0,DICOM3.0,VGA,RS-232

1.3 Optional Probe：

Convex probe（R60/3.5MHz/128-element）

High Frequency Linear probe（L38/7.5MHz/128-element）

Endo-cavity （R10/6.5MHz/128-element）

Micro-convex（R20/3.5MHz/128-element）

4D Volume probe（R40/3.5MHz/128-element）

1.4 Measurement

It has a variety of measurement packages for Abdomen,Obstetrics and Gynecology,Urology,Cardiology,Orthopaedics,Superficial ,etc.

Using scalar map measurement markers, a measurement item can be deleted,moved,dragged and adjusted arbitrarily,and the measurement results will be changed dynamically

1.5 Annotation: Bod mark and text notes; Body Marks ≥100

1.6 Image storage: Image can be saved in JPG format ,which can browse multiple images in the same interface

1.7 Cine loop: Cine Loop ≥1000 frames,which support playback single frame, manual/automatic playback, and can capture a single image during playback.The formats includes AVI and can be reloaded, replayed and measured

1.8 Files Management

a、Report: Support case management, graphic and text integration workstation, report editing, preview, printing

b、SSD≥128G, Supports one-key rapid access to medical records, support external connecting CD-ROM recording/erasing, U-disk data backup.

c、Has the work list module connected with PACS server, the hospital PACS system can be accessed through LAN to realize DICOM 3.0 image network management.

2．B mode

2.1 Beam Former: Full Digital Beam Former

2.2 Received Beam Focusing: Continuous Dynamics

2.3 TGC：≥8 seg

2.4 Tissue Harmonic:2-level adjustable. pulse inversion harmonic in 2D mode and conventional fundamental wave in other modes

2.5 Enlarge Functionality: Zoom ≥ 10 times

2.6 Scanning depth: continuously adjustable

2.7 Scanning angle:continuously adjustable

2.8 Gray scale:256

2.9 Scanning lines ≥25

2.10 Pseudo :10

2.11 Gain: can be adjusted independently in real time in B/M

2.12 Image processing: 8-level frame correlation, 5-level line correlation, image post-processing, line density, image up/down/left flip, image rotation (2B, 4B mode 180 degrees rotation);

3. M mode

3.1 Scanning speed: four level adjustable

3.2 Gain can be adjusted independently in real time

3.3 The Position of Sampling line adjustable

4．B+C mode

4.1 Size ,postion and color of Sample Volume adjustable,Can support the width of sample volume is same in B/C

4.2 PRF: Convex :0.5~5.0 kHz grade adjustable

Linear：0.5-5.0 kHz grade adjustable

4.3 Deflection Angle: The range of the orientation angle of the image of interest in linear array scanning can be adjusted by grading from -15°～ +15°

4.4 Wall Fliter :10 grade adjustable

4.5 Color Gain:21 dB ~45dB

4.6 Color priority: 20-250 continuous adjustable

4.7 Color afterglow: 7levels adjustable

4.8 Color reversal and automatic tracing

5． B+D Mode

5.1 Pulse Repetition Frequency:

Convex : 0.5-1.25kHz ,4 levels adjustable（Open Update）,0.5-7.5kHz 24 levels adjustable（Close Update）

Linear：0.5-3.0kHz 11 levels adjustable（Open update）、0.5-7.5kHz 24levels adjustable（Close Update）

5.2 Gain: 19dB ~ 48dB, grading adjustable

5.3 Wall Filter：

Convex : 10-125 Hz , adjustable（Open Update）,40-500Hz adjustable（Close Update）

Linear：30-375Hz adjustable（Open Update）、150-1875Hz adjustable（close update）

5.4 Noise reduction: 01dB-32dB

5.5 Sample Volume:0.5-20mm adjustable

5.6 Sweep Speed:8 levels adjustable

5.7 Support for synchronous updates, automatic tracing and spectrum inversion

5.8 Baseline ,Spectrum sound volume and Correction angle adjustable

5.9 Supporting the above, below and all tracing of baseline, the tracing can be smoothed and the parameters of the smoothing can be adjusted. Can realize the real-time calculation of heart rate, maximum speed and average speed

5.10 Blood Flow measured Speed:

a) Maximum measured blood flow velocity in Pulse Doppler status ≥8 m/s

b) Minimum measured blood flow velocity:≤2 mm/s (non-noise signal)

Software

1. Design with upgrade ability can meet the need of expanding clinical application.

The software is the latest version and contains all the functions that have been released.

Compliance with Standards

1. GB10152-2009 B-mode Ultrasound Diagnostic Equipment

2. YY 0767-2009 Ultrasound Color Flow Imaging System

3. YY 0505-2012 Medical Electrical Equipment Part 1-2: General Safety Requirements Parallel to Standard EMC Requirements and Tests

4. GB9706.1-2007 Medical Electrical Equipment Part 1: General Safety Requirements

5. GB9706.9-2008 Medical Electrical Equipment Part 2-37: Special Requirements for the Safety of Ultrasound Diagnostic and Monitoring Equipment