Quick Detail
Place of Origin
HS-CODE
90-
Package & Delivery Lead Time
Detailed Description
RUS-9000D adopts advanced DEU technology, applying numberic coding and decoding technology to transmit and receive ultrasound signal.
This system is widely applied to clinical examine and diagnose on abdomen, gynecology, obstetrics, heart, organelle, urology etc.
Fully meet the need of the most practical clinical functions
Silica gel keyboard with back lighting
Printout, USB, RS232 interfaces
Simplify the complex operation process
All the measurements can be done easily through tracing ball
Printout, USB, RS232 interfaces
Solution of upgradable system
One hundred thousand image head disk memory function
Optional workstation, 3D software, recorder
Advanced digital imaging technology
DBF digital wave-beam forming technology
DFS dynamic frequency scanning technology
DRF point by point real-time dynamic receiving focus technology
RDA real-time dynamic aperture imaging technology
DRA real-time dynamic sound-beam track-changing technology
Super-wide system frequency band and dynamic range
Widely used, image sharp, full and distinct
Super-wide three frequency conversion control technology
Realize the best resolution and penetration in a same image
High property, varied, multi-purpose probe group
Widely used probe group-scanning angle variable
Applicable in abdomen, urination, gynecology and obstetrics, organelle, intra-cavity, puncturing, operation and heart etc.
Standard Configuration:
Host: 1pc
3.5MHz broadband frequency convex array probe: 1pc
15 inches SVGA black and white display: 1pc
Optional:
Thermal printer
3.5MHz linear array probe
5.0MHz linear array probe
6.5MHz trans-vaginal probe
7.5 high frequency linear array probe
Specification:
Display mode
B, B/B, B/M, M
Scanning mode
(128 array) Convex/linear of electronics
Gray scale
256 levels convex/linear
Cine-loop
≥128 frame, bidirectional cine-loop, loop piece by piece, can display 4 pieces one time
Image resolution
Convex/linear array with winding function, over 4 levels non-real time part magnification
Gain adjustment
8 sections STC gain adjustment
Routine measurement
Distance, area, perimeter, volume, proportion, angle, time interval, slope, heart rate etc.
Software measurement
heart, obstetric, gynecology, urology
Handling of image
Over 4 dynamic focusing, Gamma correct, pre-handling, frame correlated, line correlated, post-handling, up/below turn, left/right turn, polarity turn, depth upgrae, edge strengthen
Display of characters
Date, time, patient data, doctor name and hospital data input, probe frequency and mark, body mark, image depth, frame frequency, magnification, calculating value, full screen characters editing, image character annotation, etc.
Puncturing guide
Can prove the position of puncturing thread
Magnification
Part magnification function
Monitor 15-inch color monitor scanning line by line (SVGA)
Probe connectors 2
Power supply AC 160V~260V, 50Hz±2%