Video Report Portable Color Doppler Machine Ultrasound Scanner
System With 2 Probe Connector
Probe configuration
1. 3.5MHz multi-frequency abdomen convex probe
2. 6.5MH multi-frequency trans-vaginal probe
3. 7.5MHz multi-frequency linear probe
3.5MHz R60 multi-frequency convex probe
Scan angle: 60°
Frequency range: 2.0MHz-5.0MHz
Frequency conversion: 2.02.53.55.0MHz
Max-scan depth: ≥190mm
Blind area: ≤5mm
Resolution: Axial resolution ≤1mm, Lateral resolution ≤2mm
Geometrical position accuracy: Horizontal ≤5%, Portrait ≤5%
6.5MHz R11 multi-frequency trans-vaginal probe
Scan angle: 135°
Frequency range: 4.5MHz-9.0MHz
Frequency conversion: 4.5/5.5/6.5/7.5
Max-scan depth: ≥60mm
Blind area: ≤4mm
Resolution: Axial resolution ≤1mm, Lateral resolution ≤1mm
Geometrical position accuracy: Horizontal ≤10%, Portrait ≤5%
7.5MHz L40 multi-frequency linear probe
Frequency range: 5.0MHz-9.0MHz
Frequency conversion: 5.06.57.59.0MHz
Max-scan depth: ≥60mm
Blind area: ≤3mm
Resolution: Axial resolution ≤0.5mm,Lateral resolution ≤1mm
Geometrical position accuracy: Horizontal ≤5%,accuracy Portrait ≤5%
| Standard configuration | Optional configuration |
| Main unit:1 pc | 6.5MHz multi-frequencyMicro-Convex probe:1pc; |
| probe sockets:2 | 7.5MHz multi-frequency high linear probe:1pc; |
| 3.5MHz convex probe:1pc | Video printer |
| CD: 1pc | Trolley |
| Reticle: 1pc | |
| Specifications |
| Monitor | 10.4 inch color LED monitor |
| Operation Mode | 4B; M,B/M; CFM; PDI; PW; THI |
| Gray / Color scale | 256 |
| Adapter rating | 100-240V~1.2-6.0A |
| Power Frequency | 50-60Hz |
| Output of adapter | DC12.8V 3.0A |
| Power consumption | ≤100VA |
| Main unit size | approx. 256*150*326(mm, L*M*H) |
| Weight of main unit | approx. 4.5kg(excluding accessories) |
| Report | OB, Cardio, Urological report |
| U-disk capacity | 16G |
| Dual-mode TV output | PAL/NTSC |
| Probe connector | 2 |
| Language | English/Chinese |
| Operation mode | B,B/B,4B mode,M,B/M mode |
| Color flow mode(CFM) |
| Power Doppler mode(PDI) |
| Pulsed-wave Doppler(PW) |
| Tissue harmonic imaging(THI) |
| Ultrasonic imaging technology | 1. High precision digitizing continued wave former |
| 2. Dynamic frequency blend imaging technology |
| 3. High precision delay point-by-point dynamic receiving focus |
| 4. Ultra-broadband imaging technology |
| 5. Automatic optimizing process image technology |
| 6. Automatic vessel imaging technology |
| 7. Automatic Doppler imaging technology |
| 8. THI structure harmonic imaging technology |
