Canyearn C95 Plus Full Digital Built-in Ultrasonic Diagnostic System Light Troll (China Manufacturer)

Canyearn C95 Plus Full Digital Built-in Ultrasonic Diagnostic System Light Troll

Model:	C95 Plus
Brand:	Canyearn
Origin:	Made In China
Category:	Electronics & Electricity / Other Electrical & Electronic
Label:	ultrasound scanner , trolley , color doppler
Price:	US $22000 / pc
Min. Order:	1 pc

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Product Description

General Specification

1. Main Features

Operationg Syetem	PC Windows platform
Monitor	15 inch LED high-resolution monitor with a touch screen
Scanning Mode	B, M, C, D
Cine Loop	Up to 1024 frames
Gain	0-100dB
TGC	8 segment
Scanning Depth	Up to 240mm
Magnification	×1.5-×5.0
Body Marking	60
Probe Connector	4
Language	Chinese/English
Matching Printer	Laser/Vedio/Inkjet/Thermal printer
Peripheral Port	USB, VGA, DICOM, RS232
Blood Flow Image	B, M, C, D
Normal Measurement	M mode: HR, Slope, Time, Dist B/C mode: Vascular D mode: Velocity, Auto Trace, HR, Accel, PI, RI, Time, PS/ED, M Trace
Professional Measurement	Abdomen(liver, CBD, GB, portal VD diam, spleen, panc, aorta diam, kidney), GYN, Urology
Combination of Digital Ultrasonic Technology	l The multi-core intel processor l The wideband digital beam forming l The multi beam parallel processing l Trapezoid Imaging l Accurate blood flow imaging l Intelligence speckle suppression l Wide view imaging l Intelligence screen capture l One touch optimization

2. Standard Configuration
Main system unit, 3.5MHz Convex probe, 7.5 MHz Linear Probe, Image storage unit, Specialist report, Image processing optimization, User manual and disc

3. Optional Items
3D+4D, Biopsy Bracket, USB disk

4. Probes Selection
3.5 MHz Convex Probe (3.5-14MHz variable frequency )

7.5 MHz Linear Probe (3.5-14MHz variable frequency )

7.5 MHz Transvaginal Probe (3-10MHz variable frequency)

5.0 MHz Micro-Convex Probe (2-6MHz variable frequency)

7.5 MHz Rectal Probe(80 elements)

3D/4D Probe

Cardiac Probe

6. Advanced Technologies
PC platform
One Touch Optimizer
Tissue Harmonic Imaging
3D/4D Imaging Reconstruction
DICOM 3.0