GE NextGen Logiq e

NextGen Logiq e
GE NextGen Logiq e Ultrasound

See clearly. See quickly. Guide precisely.

Those were the most frequent requests when we asked users what they needed to improve imaging productivity and quality in point-of-care applications. The NextGen LOGIQTM e‘s imaging engine comes from GE’s flagship console systems, delivering crisp images in a compact package. Point-of-care-specific software and transducers help to see the needle to administer a block or perform an aspiration quickly, even in an obese patient. When productivity matters, you can control the console from the transducer – potentially eliminating the need to have a second person assist.

Below is a generalized description of this systems technology, specifications, features and options. The below may not reflect the features and options available on units In our inventory.
Console performance, with crisp images in a portable format that’s simple, fast and precise.

See clearly. See quickly. Guide precisely.
Those were the most frequent requests when we asked users what they needed to improve imaging productivity and quality in point-of-care applications. The NextGen LOGIQTM e‘s imaging engine comes from GE’s flagship console systems, delivering crisp images in a compact package. Point-of-care-specific software and transducers help to see the needle to administer a block or perform an aspiration quickly, even in an obese patient. When productivity matters, you can control the console from the transducer – potentially eliminating the need to have a second person assist.
Anatomy-specific presets and the ability to display only the functions you need means you can focus on the patient rather than the control panel. It’s durable and compact for easy portability yet features a large, user-friendly, high-res color display.

Point of Care

Empowering Point of Care Medicine
See clearly. See quickly. Guide precisely. Those were the values users requested that drove the creation of the NextGen LOGIQ* e. Its imaging engine comes from GE’s flagship console systems, delivering crisp images in a portable package. Point of care specific software and transducers help to see the needle to administer a block or perform an aspiration quickly, even in an obese patient. When productivity matters, you can control the console from the transducer – potentially eliminating the need to have a second person assist.

Anesthesiology

Empowering Anesthesiology
See clearly. See quickly. Guide precisely. Those were the values users requested that drove the creation of the NextGen LOGIQ e. Its imaging engine comes from GE’s flagship console systems, delivering crisp images in a compact package. Innovative anesthesia-specific software and transducers help you see the needle and administer a block, even in a brightly lit room.

Simple.

  • Advanced features. The LOGIQ e is optimized for anesthesia, permitting right-out-of-the-box imaging.
  • Set up for you. Head to toe, every block is different. The LOGIQ e presets help simplify the selection of the right system settings for each application.
  • Workhorse simplicity. The versatility of probes like the 12L-RS means you can use a single probe for many applications.
  • Simple documentation. One click sends images to multiple storage locations.

Fast.

  • Need a third hand? With a needle in one hand, a probe in the other, sometimes you need another person to adjust the image. With system controls on the probe, you may not need the extra hand.
  • Imaging on the go. Compact and battery-operated, the LOGIQ e takes the hassle out of moving from patient to patient.

Precise.

  • Get it right the first time. Get the needle in the right place from the start, regardless of body type.
  • See the needle tip. The LOGIQ e uses two different types of ultrasound: one for tissue and one for metal. This helps the needle stand out and allows separate control of the needle appearance.
  • See the nerve. Tissue differentiation is optimized to make the nerves stand out.

Physical System Specifications 

  • Weight: 10.1 lbs (4.6kg)
  • Console Only Dimensions: 2.49″ H x 13.88″ W x 11.71″ D (61mm H x 340mm W x 287mm D)
  • Console with Handle Dimensions: 3.12″ H x 13.88″ W x 13.35″ D (76.5mm H x 340mm W x 327mm D)
  • Architecture: All-digital signal processing and multibeam formation technology
  • Dynamic range >199 dB
  • 2-D mode line density up to 512 lines
  • Up to 22,560 processing channels
  • DIMAQ Integrated workstation

 

User Interface

Operator Keyboard:

  • Alphanumeric Keyboard
  • Ergonomic Hard Key Operations
  • Integrated Recording Keys for Remote Control of
  • Peripheral Devices and DICOM Devices
  • 6 TGC Pods, with Re-mapping functionality at any depth
  • Backlight keys

Console Design:

  • Laptop Style
  • Integrated HDD (4068)
  • Wireless LAN Support
  • USB ECG (AHA/ IEC) (Optional) Support
  • CWD (Optional) Support
  • 1 probe port with micro—connector
  • Rear handle

Display Screen:

  • 15-inch, high resolution color LCD
  • Resolution: 1024 x 768 pixels
  • Total screen area: 1280 x 1024 pixels
  • Interactive Dynamic Software Menu
  • Integrated Speakers
  • Audio Volume Adjustment
  • Open Angle Adjustable – 0 to 1600

 

Operating Mode
  • B-Mode
  • Color Flow Mode
  • PDI-Mode
  • M-Mode
  • PW/CW-Mode
  • LOGIQ view
  • Available on the following probes: 12L & 8L
  • Virtual Convex
  • Available on the following probes: 12L & 8L

 

Standards Features
  • High Resolution 15 inch Color LCD
  • 325 Frames (15 sec) Standard CINE Memory (64MB)
  • 4063 Hard Drive
  • External DVD RNV storage
  • Loops storage-from ‘on the f‌ly‘ scanning and from memory
  • Automatic Optimization
    • Auto Tissue Optimization: ATO
    • Auto CFM Optimization: ACO
    • Auto Spectrum Optimization: ASO
  • ACE (Adaptive Color Enhancement)
  • TruAccess, Raw Data Processing
  • Patient Information Database
  • Image Archive on Hard Drive *
  • Full M&A Calculation Package with Real Time Auto
  • Doppler Calculations
  • Vascular Calcs
  • Cardiac Calcs
  • OB Calcs and Tables
  • Fetal Trending
  • Multi Gestational Calcs
  • Hip Dysplasia Calcs
  • Gynecological Calcs
  • Urological Calcs
  • Renal Calcs

 

Hard Drive
  • Internal 160 GB hard drive
  • Allows storage of patient studies that include images, reports and measurements
  • Storage capacity of 150,00 images with compression: color or black/white

 

Scanning Method & Transducers
  • Electronic Convex
  • Electronic Linear with slant scanning
  • Convex Array
  • Microconvex Array
  • Linear Array
  • Phase Array

 

Media & Peripherals
  • External USB DVD-RW (standard)
  • USB thermal B&W printer, Sony UPD-897 (option)
  • USB thermal color printer, Sony UPD-23 MD (option)
  • Bluetooth wireless printers, using HP450 printers, where available
  • Wireless LAN using Linksys WUSBS4G supporting the 802.11a/blg formats, where available”
  • Memory Stick

 

System Input/ Output
  • SVGA
  • USB (Footswitch, DVD-RW, video printer)
  • DC Power input

 

Power Supply
  • Voltage: 100- 240 V AC
  • Frequency: 50/60Hz
  • Power: Max. 130 VA with Peripherals
Applications Specific Calculations
  • Abdomen
  • Cardiac
  • Gynecology
  • Small Parts
  • Obstetrics

 

Measurements & Calculations

B-Mode:

  • Distance
  • Circumference/Area (Ellipse, Trace)
  • % Stenosis
  • Volume
  • Angle
  • A/B Ratio

M-Mode:

  • Tissue Depth (Distance)
  • Time Interval
  • Depth Difference with Time Interval & Slope
  • % Stenosis
  • A/B Ratio
  • Heart Rate

Doppler Mode:

  • Velocity
  • TAMAX, TAMIN, and TAMEAN (Manual/Auto Trace)
  • Two Velocities with Slope and Time Interval
  • Time Interval
  • Pl (Pulsatility Index)
  • RI (Resistive Index)
  • S/D Ratio
  • D/S Ratio
  • AIB Ratio
  • Max PG (Pressure Gradient)
  • Mean PG (Pressure Gradient)
  • SV (Stroke Volume)
  • FV (Flow Volume)
  • CO(cardiac output)
  • Heart Rate

 

Structured Reporting
  • DICOM-Cardiac Structured Reporting
  • DICOM Vascular Structured Reporting
  • DICOM-OB/GYN Structured Reporting

 

Transducers Ports

 

  • One active port connectors
  • Frequency range: 2.0 —10.0 MHz

 

Transducers/ Probes

 

  • Linear Array 4-13 MHz*
  • Intraoperative I Hockey Stick 4-10 MHz
  • Curved Array 2—5 MHz
  • Micro-Convex 4-10 MHz
  • Phased l Sector Array 1.5-4 MHz
  • Endocavity 4-10 MHz
  • Veterinary (Equine) 4-10 MHz

 

Cardiac Transducer/ Probe

Adult Cardiac 1.5-4 MHz*

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It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using ‘Content here, content here’, making it look like readable English. Many desktop publishing packages and web page editors now use Lorem Ipsum as their default model text, and a search for ‘lorem ipsum’ will uncover many web sites still in their infancy. Various versions have evolved over the years, sometimes by accident, sometimes on purpose (injected humour and the like).