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Zimed Ultrasound Scanners offer high resolution and real-time imaging for precise and effective diagnosis. Utilizes variety of transduces probes with different frequencies and configurations to optimize imaging. We provide color-coded blood flow visualization with both color doppler and power doppler modes. Features user-friendly interface for monitoring variable parameters. Our scanners capture 3D & 4D images offering detailed prenatal diagnosis and obstetric care.
Transducer probe connector: 2
Transducer probe type: Convex array
Probe central frequency:
3.5 MHz
2.0 MHz, 3.0 MHz, 5.0 MHz
THI4.0 MHz
Probe maximum scanning depth: 295 mm (for abdomen, obstetric, gynecology, urology)
Transducer frequency: 2.5 - 5.0 MHz
Transducer probe connector: 1
Image storage: 1024 images
Pseudo color: 5
Transducer frequency: 3.5 MHz
Transducer probe connector: 2
Image storage: ≥ 1000 images
Pseudo color: 7
Transducer frequency: 3.5 MHz
Transducer probe connector: 3
Image storage: ≥ 1000
Pseudo color: 7
Imaging Modes: B, B/B, 4B, M, B/M, Color Flow Mode (CFM), Power Doppler Imaging (PDI), Pulsed-Wave Doppler (PW), Tissue Harmonic Imaging (THI)
Gray Scale: 256
Color Scale: 256
Convex Array Probe (3.5 MHz): Frequency Range: 2.0 MHz to 5.0 MHz
Monitor:
Size: 15 inch
Contrast Ratio: 800:1
Resolution: 1024 × 768 pixel
Brightness: 230 cd/m2
Color Depth: 24 bit
Rotate angle: ± 90°
Grey level: 256
Cine/Image Memory:
Memory: 1200 frame(max)
Review speed: 1,2,4,8
Probe type:
Convex Probe, Linear Probe, Intra-Cavity Probe, Micro-convex probe 4D volume probe, Phased array probe
Frequency:
Convex Probe: Central 3.5 MHz (2.0 to 5.5MHz)
Linear Probe: Central 7.5 MHz (6.0 to 12.0 MHz)
Intra-Cavity Probe: Central 6.5 MHz (5.0 to 9.0MHz)
Micro-convex probe: Central 4.0 MHz (2.0 to 9.0MHz)
Micro-convex probe 4D volume probe: Central 3.5 MHz (2.0 to 6.5MHz)
Phased array probe: 2.0 to 10.0MHz
Monitor:
15” LED,
Resolution: 1024 × 768,
Contrast Ratio: 800:1,
Brightness: 230 cd/m²,
Color Depth: 24-bit,
Grey Levels: 256, Rotation ±90°
Performance Specifications: Real-time Image Zoom (100% to 400%), Pan/Zoom, Beam-former Re-programmable, Transmit Voltage Adjustable
Imaging Performance Technology:
Panoramic Imaging Tech,
All-digital signal processing,
Multi-beam formation,
Speckle Reduction,
Tissue Harmonic Imaging,
Dynamic Tissue Optimization,
Duplex & Triplex Synchronous Display,
Directional Power Doppler
Cine Memory:
1200 frames (max),
Cine Review Speed: 1, 2, 4, 8, Loop, Capture Function
Performance: Ultra-Fast: Boot up in 25 seconds, shut down in 3 seconds, wake up in 3 seconds
Portability: World’s thinnest and lightest portable ultrasound
Battery Life: 180+ minutes of scanning on a single charge, 36+ hours on standby mode
User Interface: Innovative 3D UI/UX, 14.1" touchscreen with gesture control
Probes: Convex, linear, trans-vaginal, micro convex (R15), trans-rectal, phased array, volume probe, with multiple frequencies for each
Probe Ports: 4 actives
Imaging Modes:
2D, 3D, 4D, 5D Imaging
Pulse Wave Doppler
Directional Energy Doppler
Spatial Composite Imaging
Tissue Harmonic Imaging
Real-time 3D, 4D/5D support
System Functions:
Pulse Wave Doppler
Real-time triple synchronization
Spatial Composite Imaging
Tissue Harmonic Imaging
Trapezoidal Imaging
One-key auto optimization
Preset conditions for different inspections
B Mode (Brightness Mode): Displays tissue echo intensity using grayscale (2D imaging).
Common frequency: 2 to 15 MHz.
B + M Mode: Combines B-mode with M-mode for motion tracking.
Frame rate: 100 to 300 fps.
Probe ports: 2
Transducer probe types: convex array, linear array, intra cavity, 4D volume, micro convex, phased array
Monitor: 15-inch LED
Image processing: Panoramic Imaging Tech, All-digital signal processing Tech, Multi-beam formation Tech, Speckle Reduction Tech, Tissue Harmonic Imaging Tech, Dynamic Tissue Optimization Tech, Duplex & Triplex Synchronous Display, Directional Power Doppler, Imaging Parameters Preset, Tissue Special Image, PW Auto Trace, Update in line, CF+B mode in one screen, Complex Model Imaging, IMT auto measurements, Virtual convex array, Trapezoidal imaging, CW mode