product description
Features
- Applicable for animals’ examination and diagnosis on digestive system, reproductive system, urinary system for animal hospitals and scientific institutions.
- 15 inch high resolution medical LCD monitor.
- Anatomic M Mode Imaging (Sampling line≥ 3).
- Contrast Tuned Imaging.
- Tissue Harmonic Imaging (THI).
- B/C/D Real-time three synchronous imaging.
- Color Doppler Imaging (CFM, PDI, DPDI).
- Spectral Doppler Imaging (PW, HPRF PW, CW).
- Support: Chinese/ English/ Spanish/ French/ Russian.
- Space compound imaging (application to Abdominal, GYN, vessel, superficial small organs, can be dual image contrast display at same time).
Technical Specifications
PARAMETER |
SPECIFICATION |
2D Imaging Mode |
|
Receiving mode |
transmitting and receiving channel ≥1024, multi-signal parallel processing |
Line density |
≥512, visible and adjustable |
TGC |
8 segment adjustable |
Gain |
B / M / D separately adjustable, ≥100dB |
Dynamic range |
≥180dB |
Max scanning depth |
≥360mm |
Grey scale |
0-67, visible and adjustable |
Sound power |
1%-100% |
Full Digital Beamformers |
|
Linear array probe two-dimensional independent deflection |
|
ZoomPIP (1.5 / 2.0 / 2.5 / 3.0 / 3.5 / 4.0 / 4.5 / 5.0 / 10 times) |
|
Digital full dynamic focusing, digital variable aperture and dynamic trace change, A/D≥15 bit |
|
Color Doppler Imaging Mode |
|
Imaging |
including velocity, velocity variance, energy, direction energy display, etc |
Display mode |
B/C, B/C/M, B/POWER, B/C/PW |
Line density |
≥3 level |
Color hiding technology |
without back to B mode can hide C mode, only color speed ruler display |
Blood flow graph, color flow profile to measure intravascular velocity |
|
Spectral Doppler Imaging Mode |
|
Display |
full screen, duplex / triplex (PW only) |
Gain |
≥100dB |
Velocity |
≥4 level adjustable |
Max scanning speed |
PWD: Positive or negative blood flow velocity≥7.6m/s; CWD: blood flow velocity ≥20.0m/s, min ≤5 mm/s (Nonnoise signal) |
Display mode |
B, PW, B/PW, B/C/PW, B/CW, B/C/CW, etc |
Display control |
reverse, zero shift, B refresh, D extension, B/D extension, etc |
Smart Doppler technology |
freely switch between real-time B+CFM mode and real-time PW mode |
Zero shift adjustable ≥8 level |
|
Automatic Spectrum Measurement, Manual Measurement |
|
PView Wide Field Imaging |
|
High-resolution display, length can up to 50cm |
|
Imaging support forward erasure, no need to re-imaging |
|
With two dimensional wide view imaging mode and color wide view imaging mode |
Various Probes
Wideband with frequency conversion, independent frequency conversion under B and CFM.
- Convex probe
Fundamental Frequency: 2.0MHz/ 2.3MHz/ 2.5MHz/ 3.0MHz/ 3.5MHz/ 4.0MHz/ 4.6MHz/ 5.0MHz/ 5.4MHz (9 levels frequency conversion)
Harmonic Frequency: 4.0MHz/ 4.6MHz/ 5.0MHz (3 levels frequency conversion)
- Linear probe
Fundamental Frequency: 4.0MHz/ 4.6MHz/ 5.0MHz/ 6.0MHz/ 7.0MHz/ 8.0MHz/ 9.2MHz/ 10.0MHz/ 12.0MHz/ 13.3MHz (9 levels frequency conversion)
Harmonic Frequency: 8.0MHz/ 9.2MHz/ 10.0MHz (3 levels frequency conversion)
- Micro-convex probe
Fundamental Frequency: 3.0MHz/ 3.5MHz/ 4.0MHz/ 5.0MHz/ 5.4MHz/ 6.0MHz/ 7.0MHz/ 8.0MHz (8 levels frequency conversion)
Harmonic Frequency: 6.0MHz/ 7.0MHz/ 8.0MHz (3 levels frequency conversion)
- Phased array probe
Fundamental Frequency: 1.7MHz/ 1.9MHz/ 2.1MHz/ 2.5MHz/ 3.0MHz/ 3.4MHz/ 3.8MHz/ 4.2MHz/ 5.0MHz (9 levels frequency conversion)
Harmonic Frequency: 3.4MHz/ 3.8MHz/ 4.2MHz (3 levels frequency conversion)
- High frequency phased array probe
Fundamental Frequency: 3.0MHz/ 3.5MHz/ 4MHz/ 5MHz/ 5.4MHz/ 6MHz/ 7MHz/ 8MHz (9 levels frequency conversion)
Harmonic Frequency: 6MHz/ 7MHz/ 8MHz (3 levels frequency conversion)
- Technical requirements for electronic convex probe
Frequency: 2.0-5.4 MHz, lateral resolution: ≤2 (depth≤80), ≤3mm (80<depth≤130)
Axial resolution: ≤1 (depth≤80), ≤1mm (80<depth≤130)
Dead zone: ≤3mm; Geometric position accuracy: broadwise: ≤5%; lengthwise:≤5%
Detecting depth≧240mm
- Technical requirements for electronic linear probe
Frequency: 4.0-13.3MHz, lateral resolution: ≤1 (depth ≤40),
Axial resolution: ≤0.5 (depth ≤50),
Dead zone: ≤3mm; Geometric position accuracy: broadwise: ≤4%; lengthwise: ≤2%
Detecting depth ≧100mm