LOGIQ® 9, GE’s leadership ultrasound system, introduces new exciting enhancements that will change the ultrasound impact within any clinical application, both in image quality and workflow efficiencies. The Volume Ultrasound suite enables to acquire and further navigate within Volume data set, to explore the smallest details with stunning clarity. New Volume features enable you to perform at a highest level, providing new information and re-designing the approach to patient.  

UNCOMPROMISED PENETRATION AND RESOLUTION

  Matrix array transducers with multiple rows of elements help you achieve uniform resolution throughout the field of view, which reduces volume averaging and improves overall image consistency in both near and far fields. GE’s matrix technology diminishes the compromises between penetration and resolution.  

CROSSXBEAM WITH COLOR DOPPLER, LOGIQVIEW AND VIRTUAL CONVEX

  A new Digital Compounding algorithm extends CrossXBeam advantages to Color Doppler examinations and Extended Field of View enabling you to get an unmatched image clarity and contrast resolution in any working modality.  

FEWER SPECKLES, MORE DEFINITION

  Speckle Reduction Imaging (SRI) heightens your visibility through improved contrast resolution. SRI is a new adaptive, real-time software algorithm that suppresses speckle artifact while maintaining true tissue architecture.  

CONTRAST ENHANCED ULTRASOUND

  The new TruAgent Detection using DualView Mode introduces a brand new era in Contrast Enhanced Ultrasound. Easy, quick and complete with all the diagnostic information you need, TruAgent Detection is a visualization technique based on low Ml contrast agent detection that provides unmatched diagnostic capabilities. Based on Coded Phase Inversion GE proprietary technologies to detect contrast non-linear harmonic signals, TruAgent Detection in DualView Mode provides a UNIQUE Real Time representation of
the Contrast and Tissue contents simultaneously in DUAL Display, to get “what you need, in the way you work”.

System Specifications

 

• Foot Print – USA (H x W x D) 55.3.6313″ x 25.2″ x 35.4″
• Foot Print – Metric (H x W x D) 1403-1607 cm x 64 cm x 89.9 cm
• Weight 434 lbs

 

User Interface

    Operator Keyboard:  

• Floating keyboard adjustable in three dimensions:
• Height adjustable 76.2 — 96.5 cm (30 – 38 in)
• Rotation: adjustable +1-750 from center
• Extension: 31.8 cm (12.5 in) from console
• Full-sized, backlit alphanumeric keyboard
• Ergonomic hard key layout
• Interactive back-lighting
• Integrated recording keys for remote control of up to 4 peripheral or DICOM devices
• Integrated gel warmer

  Touch Screen:  

• 10.4 in High Resolution color LCD screen
• Interactive dynamic software menu
• Brightness adjustment
• User-conf‌igurable layout

  Monitor:  

• 17″ High-Resolution non-interlaced scan f‌lat CRT
• Center of monitor height adjustable (with keyboard): 125.7 146.1 cm (49.5 — 57.5 in)
• TiIthotate Adjustable Monitor
• Tilt Angle: Down 10°, Up 10°
• Rotate Angle: 90° light, 90° left
• Wide Image area
• Integrated high-f‌idelity speakers
• Digital brightness & contrast adjustment.

  Console Design:  

• 4 Active Probe Ports
• Integrated HDD (40 GB)
• Integrated CD-RW drive
• Integrated MO drive
• On—board storage for peripherals
• Integrated cable management
• Front and rear handles
• Easily removable air fliter 

  Hard Drive:

• 40 GB

   

System Overview

  Operating Modes:

• B-Mode
• M-Mode
• Color Flow Mode (CFM)
• Power Doppler Imaging (PDI) with topographic and directional maps
• PW Doppler with high PRF
• B-Flow Mode
• M-Color Flow Mode

  System Options:

• B-Flow
• LOGIQView
• Coded Contrast Imaging
• Advanced SD
• Tru3D — sensor-based and quantitative
• DICOM 3.0 connectivity
• Foot Switch, with programmable functionality
• Console Protective Cover

Peripheral Options:

• Integrated mounting kits provided for:
• Analog B&W thermal printer
• Analog A6 orAS color thermal printer
• Digital B&W thermal printer
• Digital A6 color thermal printer
• Analog S-VHS VCR
• External Color PC desktop printer & connection kit
• External video & audio connections provided for ther devices such as Multi-fonnat cameras, lasercameras, and other peripherals

  System Standard Features:

• State-of—the-art user interface with high resolution
• 10.4 inch LCD touch panel
• Automatic Tissue Optimization
• Fine Angle Steer
• Coded Excitation
• Coded Harmonic Imaging
• Virtual Convex
• Patient information database
• Image Archive on CD, MOD, and hard drive
• Integrated MO drive (supports 128, 230, 540,640 MB or 1.3 GB disks)
• Easy 3D (Freehand acquisition with basic features)
• 3D Movie
• Raw Data Analysis
• Real-time automatic Doppler calcs
• OB Calcs
• Fetal Trending
• Muttigestational Calcs
• Hip Dysplasia Calcs
• Gynecological Calcs
• Vascular Calcs
• Urological Calcs
• Renal Calcs
• Insite capability
• iLinq capability
• On-board electronic documentation

 

Outputs (Not Including On-Board Peripherals):

 

• Video Out
• SVGA
• Composite Color
• Composite b/w
• S-Video
• Audio Stereo Out
• Remote Expose (2)
• 3 Position Footswitch
• RS-232 serial port for Line Printer
• Ethernet
• External microphone
• InsiteTM Modem Connection
• iLinq Modem Connection

 

Power

• 100-120 VAC or 220-240 VAC

 

System Applications & Reporting

• Abdomen
• General Imaging
• Intraoperative l Interventional
• Neonatal
• Pediatrics
• Renal
• Veterinary Imaging

 

Pain Management Imaging

• Musculoskeletal (MSK)
• Orthopedic

 

Women’s Imaging 

• Advanced OB
• Breast Imaging
• Gynecology
• Obstetrics
• Reproductive Medicine (IVF)

 

Cardiac Imaging

• Adult Echo
• Cardiac Screening/ Survey

 

Small Parts Imaging

• Breast
• Testicle
• Thyroid

 

Urology Imaging

• Prostate
• Pelvis

 

Vascular Imaging

• Arterial
• Carotid
• Transcranial
• Venous
• Volume Flow

 

Structured Reporting

• DICOM-Cardiac Structured Reporting
• DICOM-Vascular Structured Reporting
• DICOM-OBIGYN Structured Reporting

             

Scanning Methods

• Electronic Sector
• Electronic Convex
• Electronic Linear

Transducer Types

• Sector Phased Array
• Convex Array
• Micro convex Array
• Linear Array
• Matrix Array

Transducers/ Probes (*Displayed MHz Range Includes Multiple Transducers)

• Linear Array 2.5-13 MHz*
• Intraoperative l Hockey Stick 3.5-11.5 MHz*
• Curved Array 1.5—8 MHz*
• Micro-Convex 3.5-11.5 MHz
• Phased l Sector Array 1.5-10.5 MHz*
• Endocavity 3.5-11 MHz
• Endorectal 3.5-11 MHz
• Veterinary (Equine) 3.5-11.5 MHz

 

Cardiac Transducer/ Probe

• Adult Cardiac 1.5-3.5 MHz

 

3D/ Volume Transducers/ Probes

• Abdominal 2-9 MHz*
• Endocavity 3.5-10 MHz
• Linear 3.5-16 MHz*