LOGIQ F8 - Lojer

1 LOGIQ F8 Data SheetGE HealthcareThe LOGIQ * F8 is the multipurpose ultrasound imaging system designed for Abdominal, Obstetrical, Gynecological, Small Parts, Musculoskeletal, Vascular/Peripheral Vascular, Urological, Pediatric, Transcranial and Cardiac specificationsDimensions and WeightHeight with 19'' LCD Max 1495mm ( in) Min 1410mm ( in) Width Keyboard: 500 mm ( in) Caster: 720 mm ( in)Depth Maximum: 810 mm ( in) Caster: 800 mm ( in)Weight (no Peripherals)58 kgElectrical PowerVoltage 100-240 VACF requency 50/60 HzPower consumption maximum of 400 VA with peripheralsConsole DesignMax 4 active probe portsIntegrated HDD Integrated SpeakersProbe HoldersGel HolderFront and Rear HandlesProbe Cable TrayUser interfaceOperator KeyboardErgonomic full size keyboard8 TGC ( mm) LCD touch screenMonitor19'' ( mm)

2 High-resolution LCDA rticulating monitor armSystem overviewApplicationsAbdominal ObstetricalGynecological Small PartsMusculoskeletalVascular/Peripheral Vascular UrologicalPediatric Transcranial CardiacScanning MethodsElectronic ConvexElectronic LinearElectronic Micro ConvexElectronic SectorReal Time 4D Volume SweepTransducer TypesConvex ArrayLinear ArrayMicroconvex ArraySector Phased ArrayVolume Probes (4D)Operating ModesB-ModeCoded Phase Inversion Harmonic ImagingM-ModeColor M-ModeColor Flow Mode (CFM)Power Doppler Imaging (PDI)Directional PDIPW Doppler with High PRFA natomical M-Mode (Option)CW Doppler Mode (Option)LOGIQView (Option)TVI Mode (Option)3D/4D Volume Modes (Option)System overview (continued)System Standard FeaturesAO (Automatic Optimization) CrossXBeam*SRI-HD (High Definition Speckle Reduction Imaging) B-SteerCoded Phase Inversion Harmonic ImagingVirtual ConvexPatient Information DatabaseImage Archive on integrated HDDRaw Data AnalysisScan AssistantScan CoachReal-Time Automatic Doppler CalculationsOB CalculationsFetal TrendingMultigestational CalculationsHip Dysplasia CalculationsGynecological CalculationsVascular CalculationsUrological CalculationsRenal CalculationsCardiac CalculationsRemote capability.

3 InSite* ExCOn-Board Reporting PackageMPEGVueNetwork StorageSystem OptionsElastographyLOGIQViewAuto IMTCW DopplerAnatomical M-ModeTissue Velocity Imaging (TVI) with Q-AnalysisEasy 3 DStatic 3D/ Realtime 4D DICOM ConnectivityExtra Probe HolderPaper TrayPeripheral OptionsFixture Kit for Digital UP-D711 Thermal PrinterDigital UP-D711 Thermal PrinterDigital UP-D25 Color Thermal PrinterDigital UP-D897 BW Thermal PrinterHP office jet 100 Mobile Printer 1-Pedal Type Footswitch Whanam FSU-1000 Footswitch MKF 2-MED USB GP26 SanDisk USB Stick 4G1TB Mobile USB HDDUSB LampUSB ECG Kits (AHA/IEC)Display ModesLive and Stored Display Format: full size and split screen both with thumbnails for still and CineReview Image Format: 4x4 and thumbnails for still and CineSimultaneous CapabilityB or CrossXBeam/PWB or CrossXBeam/CFM or PDIB/MB/CrossXBeamReal-Time Triplex Mode (B or CrossXBeam + CFM or PDI/PW)Selectable Alternating ModesB or CrossXBeam/PWB or CrossXBeam + CFM (PDI)/PW(CW(Option))B/CW (Option)Multi-image (split/quad screen)Live and/or FrozenB or CrossXBeam + B or CrossXBeam/CFM or PDII ndependent Cine PlaybackTime Line DisplayIndependent Dual B or CrossXBeam/PW DisplayCWDisplay Formats Top/Bottom Selectable Format Side/Side Selectable FormatVirtual ConvexTimeline OnlySystem overview (continued)Display AnnotationPatient Name: First , Last Patient IDOther IDAge, Sex and Birth DateHospital NameDate format: 3 Types Selectable MM/DD/YY DD/MM/YY YY/MM/DDTime format.

4 2 Types Selectable 24 hours 12 hoursGestational Age LMP GA EDD BBTD isplayed Acoustic Output TIS: Thermal Index Soft Tissue TIC: Thermal Index Cranial (Bone) TIB: Thermal Index Bone MI: Mechanical Index% of Maximum Power OutputProbe NameMap NamesProbe OrientationDepth Scale MarkerLateral Scale MarkerFocal Zone MarkersImage DepthZoom DepthB-ModeGainDynamic RangeImaging FrequencyFrame AveragingAcoustic Frame RateGray MapSRI-HDM-ModeGainDynamic RangeTime ScaleDoppler ModeGainAngleSample Volume Depth and WidthDisplay Annotation (continued)Wall FilterVelocity and/or Frequency ScaleSpectrum InversionTime ScalePRFD oppler FrequencyColor Flow ModeLine DensityFrame AveragingPacket SizeColor Scale: 2 Types Power Directional PDIC olor Velocity Range and BaselineColor Threshold MarkerColor GainPDII nversionDoppler FrequencyTGC CurveCine Gage, Image Number/Frame NumberBody Pattern: Multiple human Application NameMeasurement ResultsOperator MessageBiopsy Guide Line and ZoneHeart RateGeneral system parametersSystem SetupPre-Programmable CategoriesUser Programmable Preset CapabilityFactory Default Preset DataLanguages: English, Latin American Spanish, French, German, Italian, Brazilian Portuguese, Chinese (Simplified), Swedish, Russian, Norwegian, Danish, Dutch, Finnish, JapaneseOB Report Formats Including Tokyo Univ.

5 , Osaka Univ., USA, Europe, and ASUMUser Defined AnnotationsBody PatternsCustomized Comment Home PositionCINE Memory/Image Memory128 MB of Cine MemorySelectable Cine Sequence for Cine ReviewProspective Cine MarkMeasurements/Calculations and Annotations on Cine PlaybackScrolling Timeline MemoryDual Image Cine DisplayQuad Image Cine DisplayCine Gauge and Cine Image Number DisplayCine Review LoopCine Review SpeedConnectivity & DICOME thernet Network ConnectionDICOM (Optional)VerifyPrintStoreModality WorklistStorage CommitmentModality Performed Procedure Step (MPPS)Query/RetrieveStructured Reporting Template which can be compared to vascular and OB standard valuesRemote Capability InSite ExCScanning ParametersDisplayed Imaging Depth: 0 33 cmMinimum Depth of Field.

6 0 2 cm (Zoom) (probe dependent)Maximum Depth of Field: 0 33 cm (probe dependent)Continuous Dynamic Receive Focus/Continuous Dynamic Receive ApertureAdjustable Dynamic RangeAdjustable Field of View (FOV)Image Reverse: Right/LeftImage Rotation of 0 , 180 B-Mode Adjustable:Acoustic PowerGainDynamic RangeFrame AveragingGray Scale MapFrequencyLine DensityScanning Size (FOV or Angle depending on the probe, see probe specifications)B ColorizationRejectSuppressionSRI-HDEdge EnhanceImage StorageOn-Board Database of Patient InformationStorage FormatsDICOM compressed/uncompressed, single/multiframe, with/without Raw DataExport JPEG, JPEG2000, WMV (MPEG 4) and AVI formatsStorage DevicesUSB Memory StickDVD-RW StorageHDD Image StorageGeneral system parameters (continued)M-ModeAdjustable.

7 Acoustic PowerGainDynamic RangeGray Scale MapSweep SpeedM ColorizationM Display FormatRejectionAnatomical M-Mode (Option)M-Mode cursor adjustable at any planeCan be activated from a Cine loop from a live or stored imageM and A CapabilityAvailable with Color Flow ModePulse Wave Doppler ModeAdjustable:Acoustic PowerGainGray Scale MapTransmit FrequencyWall FilterPW ColorizationVelocity Scale RangeSweep SpeedSample Volume DepthAngle CorrectionSpectrum InversionTrace MethodBaseline ShiftDoppler Auto TraceCompressionTrace DirectionTrace SensitivityColor Flow ModeAdjustable:Acoustic PowerColor Maps, including velocity-variance mapsGainVelocity Scale RangeWall FilterPacket SizeLine DensitySpatial FilterSteering AngleBaseline ShiftFrame AverageThresholdAccumulation ModeSample Volume ControlFlash SuppressionPower Doppler ImagingAdjustable:Acoustic PowerColor Maps Velocity-Variance Maps Directional MapGainVelocity Scale RangeWall FilterPacket SizeLine DensitySpatial FilterSteering AngleFrame AverageThresholdAccumulation ModeSample Volume ControlFlash SuppressionGeneral system parameters (continued)Continuous Wave Doppler (Option)Adjustable.

8 Acoustic PowerGainGray Scale MapTransmit FrequencyWall FilterCW ColorizationVelocity Scale RangeSweep SpeedAngle CorrectionSpectrum InversionTrace MethodBaseline ShiftDoppler Auto TraceCompressionTrace DirectionTrace SensitivityAuto OptimizationOptimize B-Mode image to enhance contrast resolutionSelectable amount of contrast resolution enhancement (low, medium, high)Auto-Spectral Optimize adjusts Baseline Invert PRF (on live image) Angle correctionCoded Harmonic ImagingCoded Phase Inversion Harmonic ImagingAvailable on all ProbesLOGIQView (Option)Extended Field of View ImagingAvailable on 4C-RS, L6-12-RS, 8C-RS, 3Sc-RS, E8C-RS, RAB2-6-RS probesFor use in B-ModeCrossXBeam is available on linear probeAuto detection of scan directionPost-process zoomRotationAuto fit on monitorMeasurements in B-ModeEasy 3D (Option)Allows unlimited rotation and planar translations3D reconstruction from Cine sweepStatic 3D/ Realtime 4D (Option) Available on RAB2-6-RS ProbeAcquisition Modes: Realtime 4D Mode, Static 3D Mode Visualization Modes 3D Rendering, Sectional Planes Render Mode: Surface Texture, Surface Smooth, Max-, Min-, X-rayMix Mode of two render Modes Display Format: Quad: A-/B-/C-Plane/3D Dual: A-Plane/3D Single: 3D or A- or B- or C-PlaneCurved 3point Render Start Scalpel.

9 3D Cut Tool 3D Rotation Cine3D Volume Review 4D Volume CineScan AssistantFactory ProgramsUser Defined ProgramsSteps include image annotations, mode transitions, basic imaging controls and measurement initiationTVI (Option)Myocardial Doppler Imaging with color overlay on tissue imageAvailable on the sector probesTissue color overlay can be removed to show just the 2D image, still retaining the tissue velocity informationQ-Analysis: Multiple Time Motion trace display from selected points in the myocardiumScan CoachModules showing basic scanning techniques with graphic of probe position, schematic of anatomy and example clinical imageElastography (Option)Available on L6-12-RSVirtual ConvexProvides a convex field of viewCompatible with CrossXBeamAvailable on linear and Sector TransducersGeneral system parameters (continued)

10 SRI-HDHigh Definition Speckle Reduction ImagingProvides multiple levels of speckle reductionCompatible with Side by Side DualView DisplayCompatible with all linear, convex and sector transducersCompatible with B-Mode, 3D/4D imagingCrossXBeamProvides 3, 5, 7 of spatial compoundingLive Side by Side DualView DisplayCompatible with Color Mode PW SRI-HD Coded Harmonic Imaging Virtual ConvexAvailable on 4C-RS, L6-12-RS, E8C-RS, 8C-RS, RAB2-6-RSControls Available While Live Write ZoomB/M/CrossXBeam-ModeGainTGCD ynamic RangeAcoustic OutputTransmission Focus PositionTransmission Focus NumberLine Density ControlSweep Speed for M-ModeNumber of Angles for CrossXBeamPW-ModeGainDynamic RangeAcoustic OutputTransmission FrequencyPRFWall FilterSpectral AveragingSample Volume Gate Length DepthVelocity ScaleColor Flow ModeCFM GainCFM Velocity RangeAcoustic OutputWall Echo FilterPacket SizeFrame Rate ControlCFM Spatial FilterCFM Frame AveragingFrequency/Velocity Base Line ShiftGeneral system parameters (continued)