Zoncare Color Doppler Ultrasound System Q3 International Department
Outline I.
BOM Configuration List
II.
Product Presentation
III.
Markets Targeted
I
BOM Configuration List
Model：Q3(9406) Product name: Full Digital Color Doppler Ultrasound System Channel Code： International NO.
Sales Model： ZONCARE-Q3
Material Code
Part name
unit
QUANTITY
1
9406 Mainframe
PCS
1
2
9305 Accessories Bag
PCS
1
3
9402 Abdomen convex transducer
PCS
1
4
9402 Gynecology intracavitary probe
PCS
1
5
9402 High-frequency superficial probe
PCS
1
6
9402（3.5M）Micro convex probe
PCS
1
7
Abdomen convex probe puncture frame
PCS
1
8
Gynecology intracavitary probe puncture frame
PCS
1
9
Superficial linear probe puncture frame
PCS
1
10
Foot swith
PCS
1
11
250ML coupling agent
PCS
1
12 13 14
UPS power Laser printer Video printer
PCS PCS PCS
1 1 1
15
Video printer paper
VOLUME
1
II
Product Presentation
BEST MID-LEVEL ULTRASOUND Q3 I m a g e - o p t i m i z a t i o n Te c h n o l o g i e s Application Wo r k f l o w Design
1
Image-optimization Technologies
Part 1
Image-optimization technologies
Broadband Frequency Conversion Frequency is the lack of tissue information received from ultrasound scanning. Thus we developed broadband frequency conversion technology to have wider frequency range for different and specified tissues.
Part 1
Image-optimization technologies
Speckle Reduction Technology Speckle is a major problem for most ultrasound systems. Therefore, Zoncare created innovative technology which can efficiently reduce the noise in order to make the image more smooth and shows more valid details.
Part 1
Image-optimization technologies Tissue harmonic imaging technology Tissue harmonics uses various techniques to
eliminate the echoes arising from the main transmitted ultrasound scanner beam.
Tissue harmonic imaging in ultrasound scanner offers several advantages over conventional pulseecho imaging, including improved contrast
resolution, reduced noise and artifacts and greatly reatly improved signal-to-noise ratio.
2
Application
Part 2
Application
PW Auto Trace Measurement Real-time tracking and automatically measure PW. Perfect running speed under simultaneous function.
Part 2
Application
IMT Auto Measurement Display multi measurement data simultaneously, automatically obtain the maximum/minimum/average thickness of the inner membranes
Part 2
Application
4D Image Technology Large angle and high frame frequency scanning show the real-time 4D imaging A Variety of imaging modes: Lighting mode, spine mode, maximum/ minimum energy mode
Advanced technology: Tomography, Volume cube imaging
Part 2
Application
Probes supported • Convex probe • High frequency linear probe • Transvaginal probe • Micro-convex probe
Part1 Part 2
Application
User-defined Keys User defined help the customer quickly start the functions with less choosing time.
3
Fast Workflow
Part 3
Fast Workflow
One key optimization Automatically optimizing key imaging parameters by the touch of one button highly improved the users experience.
AUTO
Part1 Part 3
Fast Workflow
Individual Presetting Making parameters presetting and choosing the most appropriate clinical program required by users.
4
Design
Part 4
Design
15 inch adjustable LCD Monitor
Front-positioned USB ports
8.4 inch touch screen
Four probe sockets
Coupling gel heating cup
Draw-out keyboard
III
Markets Targeted
Part1
Market Targeted for Q3 Main Market General Practitioners Entry-level 4D Demanders Middle-end Hospitals
Government Tenders
Potential Market Specialty Clinic
Small Imaging/Diagnostic Center
Thank you