- Overview
- Product Description
- Company Profile
Basic Info.
Model NO.
MCU-CD001
Clinical Applications 4
Cardiology Ultrasound
Clinical Applications 5
Pediatric Ultrasound
Transducer 1
Convex Probe Ultrasound
Transducer 2
Linear Array Probe
Transducer 3
Trans-Vaginal Probe
Transducer 4
Micro-Convex Probe
Transducer 5
Phased Array Probe
Transport Package
Standard Package
Specification
standard size
Trademark
MeCan
Origin
China
Production Capacity
1000 Pieces/a Month
Product Description
Medical Digital 3D 4D Color Doppler Portable Ultrasound Machine
Model:MCU-CD001
A variety of imaging modes brings a comprehensive clinical application.
- B Steer, CW, EFOV, PDI, DPDI
- Auto IMT, TSI, THI, SRI, SCI, FCI, Biopsy function ould be your first choice.
Features
1.12.1 inch high resolution LED monitor with 90°rotation.
2.Two activated transducer connectors.
3.2D,CFM,M, PW,CW, CMM.
4.THI, SRI, TSI,TCI , EFov, HR flow, B-steer.
5.Standard Auto IMT measurement.
6.Support local and global amplification.
7.Support PW auto track and auto calculation.
8.Preposed USB ports, supporting multi-data transmission.
9.Color focus automatic tracking, Dual Live and Multi-synchronization technologies.
10.Multiple pregnancies measurement, Fetal growth curve, OB table are standard configured.
Technologies Specifications
2.Two activated transducer connectors.
3.2D,CFM,M, PW,CW, CMM.
4.THI, SRI, TSI,TCI , EFov, HR flow, B-steer.
5.Standard Auto IMT measurement.
6.Support local and global amplification.
7.Support PW auto track and auto calculation.
8.Preposed USB ports, supporting multi-data transmission.
9.Color focus automatic tracking, Dual Live and Multi-synchronization technologies.
10.Multiple pregnancies measurement, Fetal growth curve, OB table are standard configured.
Technologies
uSeed Platform
MCU-CD001 facilitates accurate diagnosis based on uSeed metadata beamforming imaging technology platform. This brand-new platform is developed by CPU + GPU heterogeneous computing technology. The imagesin uSeed platform are saved as metadata for postprocessing.
Pulse Inverse Harmonic Imaging PIHI
PIHIreducesthe distortion generated by the fundamental wave, and greatly improve the signal-to-noise ratio.
Speckle Reduction Imaging
SRI technology significantly reduces the unwanted speckle, provides enhanced tissue boundary and tissue echo for confident clinical diagnosis.
Spatial Compound Imaging
SCI provides better contrast resolution, reduces the speckle noise and smoothes the imaging of homogeneous tissue.
Transducers:
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