HY6000 color Doppler Ultrasonic diagnostic system

. - Summary HY6000 color Doppler ultrasonic diagnostic system is composed of advanced technology of digital color Doppler and wide frequency probe, internet applications system with general measuring function, kinds of leading image process technology, which reaches to leading level in the world. It is whole-body applied digital color ultrasonic diagnosis system of Haiying ultrasonic family with clear image.- Features -- Applications Abdominal Small Parts Obstetrics GynecologicalCerebrovascular Peripheral Vascular Cardiac -- Imaging Modes 3D Color Doppler Energy DopplerSpectrum Doppler M Mode Dual Image Mode Duplex, 3D & PW Doppler Triplex, 3D, Color & PW Doppler -- System Description The system is a 128 channel, high resolution ultrasound imaging system with patented Adaptive Focusing which enables high performance ultrasound imaging from 2MHz to 10MHz. Each transducer has three imaging frequencies and two or three Doppler frequencies available. The system has sophisticated report generating capabilities for OB, Vascular, Cardiac, Gynecology and Urology. This PC based system can store images and reports to disk. Images and report can be copied to external media. HTML versions of reports can easily be copied, emailed and viewed by any Internet Browser. The system provides multiple application specific presets for each probe. Custom presets can be generated by the user. Windows 2000 Professional Operating System enables support of a wide range of peripherals and is readily upgraded with software enhancements. -- Hardware and Software 128 Element Linear and Curved Arrays 2 Transducers can be connected electronically selectable Receiver Dynamic Range > 125dB Total Dynamic Range > 150dB Display Dynamic Range > 70dB Eight Transmit Focal Zones for high resolution throughout the image Continuous dynamic focusing on receive Center frequency range from 2.5MHz to 9MHz (band edge from 1.5MHz to 12MHz) Multi-frequency operation for all probes B Mode Imaging frame rates up to 34 frames per second B Mode line density up to 512 lines Field of View (FOV), variable, up to 25 cm in five steps Variable transmit power and variable image gain Slide pot TGC controls -- Control Panel and User Interface Ergonomic control panel with controls organized by mode Alphanumeric QWERTY keyboard Trackball with Set and Esc keys Integrated stereo speakers 3D image controls: Power, Gain, TGC, Depth, Focus, Magnify, Zoom, Dual, Orientation Image Enhancement: Dynamic Range, Persistence, Gray Scale maps, Edge Enhancement Doppler controls: Angle/Steer (linear arrays), PRF (velocity range), Angle Correction, Baseline Shift, Gain ,Power Color controls: Velocity mode, Power Mode, Color priority, Color frame rate, Color maps, Color persistence Patient data entry Image Acquisition: Cine review, Image storage, Cine storage Image and Report retrieval Image Annotation -- Monitor 15 inch, color VGA Swivels, Tilts Brightness, Contrast, and Color temperature controls -- Imaging Display Dual image display Image orientation control, both horizontal and vertical Magnify up to 3×2× Zoom, with full screen image and magnified section Variable Sector Angle for curved array transducers 256 Gray shades Eight gray scale maps Display dynamic range from 30 70 dB Display of output power Display of TI and MI (Track ) in all modes Variable persistence Edge enhancement Image storage for more than 10000 frames on local drive (unlimited with external media) Cine Loop: - Stores up to 256 frames of B & W or Color images (with optional 512MB memory, 128 frames standard) - Trackball control of frame-by-frame image selection - Controls for cine play back - Controls for trimming - Cine loops can be saved and retrieved as part of patient record Measurement capability in B Mode: - Distance - Area by ellipse - Area by trace - Curve length - Volume (required two images) - Angle Full image annotation capabilities including: - Text entry and editing - Pre-programmed vocabulary (user definable) - Arrows and pointers - Body marks that cover many applications and orientations -- M Mode B Mode & M Mode display Full screen M Mode display Variable scroll speed 2, 3, 4, 5, 6, 8 seconds User adjustable M Mode line Time, velocity, acceleration, Heart Rate measurements Variable Dynamic Range and Persistence -- PW Doppler Duplex (simultaneous) 2D and Doppler Triplex mode, 2D, Color & PW Steered mode for linear arrays Wide range of velocities (PRFs) Variable wall filters Adjustable gate size from 1 to 7 mm Doppler angle correction for velocity measurements Baseline shift and invert functions Variable spectral sweep speeds Automatic mean and peak velocity traces Variable gray maps Measurement capability in PW Mode: Time, Velocity, Acceleration -- Color Doppler Imaging Region of Interest (ROI), size and position variable Steered Color with linear arrays Variable wall filters Variable Color priority Multiple Color maps Variable Color frame rate Velocity and power displays Variable color persistence Color invert -- Power Doppler Imaging Region of Interest (ROI), size and position variable Steered color with linear arrays Variable wall filters Variable Color priority Multiple Color maps Variable Color frame rate Variable color persistence -- Focusing Transmitting focusing 8 ranges, receiving continuous fousing -- Display Prameter Acoustic power, total gain, dynamic range, TGC curve, gain of Doppler, pulse repetition frequency, wall-filtering ratio. -- Image Process Colorful map, frame average processing, angle adjustment and wall filter -- Gray 256 -- Image Storage Storage and playback of 128 continuous image -- Image Output Output to floppy disk, USB and color video printer -- Standard Configuration Main unit,15RGB color monitor,3.5MHz 60R65D multi-frequency convex probe 7.8MHz38L multi-frequency linear probe,6 USB ports, DVD-RW, 2 probe connectors -- Option 3.3MHz72D20R multi-frequency convex probe 7.0MHz14D10R multi-frequency convex probe Color video printer 3D, DICOM3.0, 3rd probe connector