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More SonoSite X-Porte Pictures SonoSite X Porte With Cart - Soma Technology, Inc.SonoSite X Porte Folded - Soma Technology, Inc.SonoSite X Porte - Side - Soma Technology, Inc. SonoSite X-Porte Features The SonoSite X-Porte was developed from the ground up to incorporate a breakthrough, proprietary beam-forming technology: XDI (Extreme Definition Imaging). This signal analysis algorithm shapes X-Porte’s ultrasound beam to pinpoint precision. The result? Artifact clutter is substantially reduced while contrast resolution is significantly enhanced. Extreme Definition Imaging (XDI™) Intuitive Touchscreen Interface Real-time, Scan-along Learning Unmatched Durability and Reliability SonoSite X-Porte Specifications System Specifications Stand Dimensions: 26.4” L x 21.2” W Stand Height (max): 64” (monitor up) Stand Height (min): 42.2” (monitor down) Height Adjustment: 9” travel 12.1” Capacitive Touch Screen Multi-touch gestures for system controls Control Panel Tilt Adjustment: 0˚ to 110˚ Side to Side Turning: +/- 90 degrees from center Monitor Tilt: 85 - 110˚ (5˚ tilting forward from vertical, 20˚ tilting back f rom vertical) Casters: 5” Swivel, 4 Locking System Boot up: < 20 secs HD Monitor: 19” diagonally Image Size: 800 x 600 Screen Size: 1280 x 800 Screen Resolution: 1680 x 1050 (16:10) Architecture: All digital broadband Dynamic Range: Up to 183 dB Gray Scale: 256 shades HIPAA Compliance: Comprehensive tool set Imaging Modes 2D, Broadband Imaging Tissue Harmonic Imaging (P21xp, C60xp) Pulse Inversion Harmonic Imaging M-mode Velocity Color Doppler Color Power Doppler Pulsed Wave Doppler Pulsed Wave Tissue Doppler Continuous Wave Doppler, ECG Image Processing Extreme Definition Imaging (XDI) SonoAdapt Tissue Optimization SonoHD2 Imaging Technology Dual Imaging Dual Color Imaging SonoMB Multibeam Technology AutoGain AutoGain Brightness Adjust Restore Default Gains Dynamic Range Duplex Imaging 8x Zoom Capability Post Processing: Dynamic Range, Zoom 2D Image Optimization: Average and Difficult Overall Gain, Near and Far Field Gain Control Color and Doppler Flow Optimization (low, medium, high) Color Variance Mode 2D Reduced Imaging Sector User Interface and Programmable Controls Capacitive Touch Screen Multi-touch gestures for system controls Configurable User Interface: Start Screen, More Controls, Programmable Keys, System Parameters Clinical Display Information Programmable Keys (9): Functions: Show/Hide, End Exam, Reset Gain to Default Values, Print, Save Image, Save Video Clip, AutoGain, Calcs, None Configurable Start Screen: Start, Scanning, Transducer/Exam Selection, Patient Information Virtual QWERTY Keyboard for annotation User defined exam types (up to five exam types for each exam type/transducer combination). For example, you can define five different exam types for Abdomen on P21xp transducer and five exam types for Abdomen on the C60xp transducer. Image Acquisition Keys: Save, Review, Report, Video Clip Store, Video Clip Edit, DVR Labeling of saved images Display formats for Duplex Imaging: 1/3 and 2/3, ½ and ½, 2/3 and 1/3, side by side and full-screen duplex Doppler Controls: angle, steer, scale, baseline, sample volume, gain and volume Measurements 2D: Distance – 8 measurements, Ellipse, Manual Trace Volume, Target Depth, Bladder Volume Doppler: Velocity measurements, Pressure Gradient, Elapsed Time, Acceleration, Heart Rate, Resistive Index, Systolic/Diastolic Ratio, Measurements can be traced manually or automatically. Automatic trace results (determined by exam type): Velocity Time Integral, Peak Velocity, Mean Pressure Gradient, Mean Velocity on Peak Trace, Press Gradient, Cardiac Output, Peak Systolic Velocity, Time Average Mean, Systolic/Diastolic Ratio, Pulsatility Index, End Diastolic Velocity, Acceleration Time, Resistive Index, Time Average Peak, Gate Depth, Heart Rate. M-mode: All points guided workflow, distance and time measurements, Heart Rate Editable results data sheets and reports