Medison Sonoace X8 OBGYN Ultrasound with Printer and 2 Probes
- Product Code: Sonoace X8
- Availability: In Stock
Medison Sonoace X8 OBGYN Ultrasound with Printer and 2 Probes.
Sonoace X8 Ultrasound
PB-AXC3-7 EP Convex Array Transducer 3-7 MHz for Abdomen & Obstetric
PB-AXN4-9ER Convex Array Transducer 4-9 MHz 20 Transvaginal Transducer
17" high resolution monitor
Internal DVD burner
Sony UP897 Thermal Printer
Quick Diagnoses and Quick Operation
-Speckle Reduction Filter
- FSI™ (Full Spectrum Imaging)
- Dynamic MR™
- SCI™ (Spatial Compound Imaging)
- High-sensitivity powerful Doppler performance
Ergonomic and innovative design
-Articulated monitor arm
- High Resolution 17 inch flat LCD monitor
- Rotating control panel
- Front and rear handles
- 4-wheel swivel
A software-based system structure
- Pointer Function
- Quadrant Image
• High Resolution 17" LCD Monitor
Speckle Reduction Filter
• Full Spectrum Imaging
• High Sensitivity Doppler Performance
• Optimized parameters for 2D and Doppler
• Optimized parameters for 3D and 4D
• Quadrant Imaging
• Pulsed, Power and Color Doppler
• Directional Power Doppler
• Tissue and Pulsed Inversion Harmonics
• Tissue Doppler Imaging
• Clip Cine Store
• SonoView II Image Management program
• Comprehensive Measurement Programs
• DICOM 3.0 Compatible image filing
• Integrated and DVD RW(CD RNV) drive
• Extreme high Dynamic Range (170dB)
• Freehand 30, Static 30 & Live 30 compatible
• Cine for 10,000 frames and loop review for 8,1921ines
• SCI: Spatial Compound Imaging
• User-Programmable presets per application
• Auto Doppler Trace & Calculation
Multi-beam Imaging is a technique involving creating several scan lines of images in one TX. Multi-beam technique is possible through digital beam forming and is a function that cannot be realized with the existing analog beam-forming method.
Synthetic aperture control is a method for overcoming the limits of the physical channel in software methods. As shown in the diagram, to create one scan line, TX and RX work is performed twice.
The basic theory of harmonic imaging is that body tissue reflects ultrasound signals at twice the frequency of the scanning frequency, or the second harmonic with scanning frequency. Harmonic imaging is an advanced version of conventional harmonic imaging.
Spectrum imaging is designed for imaging by considering the entire frequency territory that the probe supports, no matter how the TX frequency is designated. The frequency range can be broadened for better penetration and resolution.
DynamicMR™ significantly reduces artifacts such as misleading speckles and noise for the 2D ultrasound image through an innovative second-stage filtering of Object Filtering and Pixel Filtering.
"XI VOCAL displays sequential parallel slices of 3D anatomy to facilitate more precise volume analysis of irregularly shaped structures. It can particularly measure the volume of complicated types of object easily and accurately.
Multi-Slice View™ transforms 3D volume data obtained from a regular ultrasound scan into a series of sequential images captured in intervals of 0.5mm (minimum) to 5mm *maximum) segments.
Oblique View™ is imaging technology which enables you to examine and view 3D volume data in various planes of view without limitations.