4D Color Doppler Ultrasound System ZUS-A51

Name: 4D Color Doppler Ultrasound System ZUS-A51
Brand: Labsearch
SKU: ZUS-A51
Rating: 5.0 (451 reviews)

4D Color Doppler Ultrasound System ZUS-A51 has high resolution display with multi beam parallel technology. Designed with 4D real skin rendering functionality and windows embedded ultrasonic platform ultrasonic running platform for the flexibility of the user experience. Integrated with automatic spectrum measurement for convenience of the user, it has touchscreen display for highly efficient operation and to minimize user fatigue.

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Probe ports	4 Active
Transducer probe type	Convex probe, linear probe, Micro-convex probe, R20 Phased array probe, Trans-vaginal probe, 4D volume probe
Standard monitor size	21.5 inch, high definition medical grade LCD display, and 13.3 inch touch-screen
Operating system	Windows 10
Optimization	One key auto optimization

High resolution display for observing the changes with high definition images
Multi-beam parallel technology and sub-array element transducers
Superior image clarity and abundant measurement for women’s healthcare
Operational panel can lift 18 cm vertically for convenience of the user
Touchscreen with 0 ° to 45 ° adjustable flip
4 fully activated probe interfaces
USB image storage expert for saving the images
Connect external monitor and printer
Integrated file information management system to record and check the data
Diagnostics reports can be edited, embedded with report and printed directly
Compact keyboard for easy operation of the device
Main screen is 21.5 inch and auxiliary screen is 13.3-inch
Medical ultrasonic touch screen for different angle observation
4 D Real skin rendering function for enhanced imaging
Windows embedded ultrasonic running platform
Ergonomic design for better operation
DICOM function, can be directly connected with the hospital PACS system
Micron imaging technology for real time tracking of specific signals at the edges of different tissues
Harmonic technology for enhanced image clarity, resolution and signal strength
Efficient diagnosis of cardiovascular and abdominal diseases
Automatic spectrum measurement
Reduced noise with improved contrast resolution of tissue images
Trapezoid imaging for better scanning of internal organs of the human body
Automatic spectrum tracking technology for examining heart, arteries and veins
Sub array technology for obtaining image details and high accuracy of clinical diagnosis