Digital Ultrasonic Diagnostic Imaging System
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Digital Ultrasonic Diagnostic Imaging System High quality B/W portable & compact ultrasound system. Diagnostic B/W image quality with PW Doppler capability. The ergonomic and user-friendly design with two standard probe connectors allow for an increased efficiency of use in all applications. GENERAL lmaging mode: Gray scales: Display: Transducer frequency: Transducer connector: Phase Inversion Harmonie lmaging Multl-Beam Technology Synthetic Receiving Aperture Dynamlc Receiving Focusing Real-time Dynamlc Aperture Dynamic Frequency Scanning Dynamic Apodization Scanning angle: Scanning depth (mm): Applications: Up to 152 degrees (transducer dependent). From 19 to 324 (transducer dependent). Abdomen, obstetrics, gynecology, small parts, musculoskeletal, cardiology, peripheral vascular, urology. FUNCTIONS Cine loop: Zoom: Panoramic zoom in real-time and freeze storage media: Built-in image archive: Body marks: Transducer auto-detection High Image Quality at Affordable Prices 256 frames bidirectional cine-loop x1 .0. x1 .2, x1 .4, x1 .6, x2.0, x2.4, x3.0, x4.0 in distance Bullt-ln Flash,lntemal large capacity data storage 504M B bullt~n Image storage >130 types Peripheral ports: S-video output 1 Video output: 1 VGAoutput:1 USB port: 2 Ethernet port: 1 Remote control: 1 Footswitch port: 1 Power supply: Lithium battery: Dimensions: 100V-240V - 50Hz / 60Hz Continuous operation for up to 2 hours 330mm(13.0”) ( L) x220mm(8.7”) (W) x320mm(12.6”) ( H) 7.1kg(15.7 lb) Date, Time, Probe Frequency, Frame Rate, Patient Name, Patient ID, Hospital Name,Depth, Frame Rate, Exam Type, Measurement Values. Body Marks, Annotations.Probe Position. MEASUREMENT & CALCULATION: B-mode: M-mode: Doppler: Software packages: Distance, circumference. area, volume, ratio %stenosis, histogram, and angle. Distance, time, slope, and heart rate. Time, heart rate, velocily, acceleratlon, trace, and RI General,obstetric. gynecclogy, small parts, orthopedics, cardiology, peripheral vascular and ur

Innovative Imaging technologies, such as Phase-inversion Harmonic imaging, Speckle Noise Reduction Technology and Frequency Compound imaging provide high image quality and ease of use in most clinical applications Liver – Phaseinversion Harmonic imaging improves near field resolution with an increased overall image quality ThyroidCompound Imaging reduces image artefacts and improves image quality BreastMulti-Beam Formation Increases time resolution and frame rate CCA Doppler Duplex mode increases diagnostic capability Uterus– Dynamic Freq. Filter allows for better Near field resolution and...