GE LOGIQ E10 Ultrasound System With 3 Transducers (Refurbished)

GE LOGIQ E10 Ultrasound System is a premium multi-purpose diagnostic ultrasound platform designed for high-quality clinical imaging across radiology and a wide range of general imaging applications. It combines GE’s cSound Imaging Architecture, advanced image processing, AI-assisted workflow tools, and support for E-Series and XDclear probes to provide consistent imaging performance from near field to far field.

The system supports up to four probe connections and fits a broad range of GE ultrasound transducers for applications such as abdominal, vascular, small-parts, and pediatric imaging.

Key Benefits Of GE LOGIQ E10 Ultrasound System 

• High-quality diagnostic imaging: cSound Imaging Architecture helps provide consistent image quality across the imaging field.
• Efficient clinical workflow: AI-assisted tools can automate selected measurements, anatomy recognition, and imaging adjustments.
• Multi-purpose ultrasound platform: Suitable for a broad range of general imaging and radiology applications.
• Advanced imaging capabilities: Supports technologies including B-Flow, Shear Wave Elastography, and UGAP.
• Large high-resolution display: The 21.5-inch LCD monitor provides a spacious viewing area for ultrasound images and measurements.
• Flexible probe connectivity: Four probe ports allow multiple supported transducers to be connected for different examinations.
• Ergonomic workstation: Floating keyboard and articulating monitor help clinicians position the system comfortably.
• Mobility support: The Power Assistant battery system is designed to support convenient system movement and imaging continuity.

GE LOGIQ E10 Features

cSound Imaging Architecture

The GE LOGIQ E10 uses cSound Imaging Architecture to process ultrasound information continuously and optimise image presentation. This technology is designed to provide image uniformity from the near field through the far field while reducing the need for frequent manual optimisation.

AI-Assisted Ultrasound Workflow

Selected AI-based workflow tools help automate routine imaging tasks. Features such as Auto Abdominal, Auto Renal, and Auto Doppler Assistant are designed to assist with anatomy recognition, measurements, and parameter adjustments, helping streamline examinations.

Advanced Ultrasound Imaging

The system provides access to advanced imaging technologies for specialised clinical assessments, including:

• B-Flow imaging
• Shear Wave Elastography
• Ultrasound-Guided Attenuation Parameter (UGAP)
• Advanced 2D imaging
• Colour imaging
• Doppler imaging

Flexible Transducer Support

The LOGIQ E10 supports GE E-Series and XDclear transducers, providing flexibility for different clinical applications. supported probe configurations can support abdominal, vascular, small-parts, pediatric, and other imaging examinations.

Ergonomic Design

The workstation incorporates a floating keyboard and articulating monitor to allow flexible positioning during examinations. Its ergonomic design is intended to support efficient use in busy clinical environments.

GE LOGIQ E10 Specifications

Clinical Applications and Use Cases

The GE LOGIQ E10 ultrasound machine is a versatile platform for professional diagnostic imaging. Depending on the connected transducer and configuration, potential applications include:

• Abdominal ultrasound examinations
• Vascular imaging
• Small-parts imaging
• Pediatric ultrasound
• General radiology imaging
• 2D and colour imaging
• Doppler examinations
• Liver assessment with supported elastography and attenuation technologies

What Is Included?

This listing is for a GE LOGIQ E10 Ultrasound System with 3 transducers.

The exact transducer models should be confirmed against the probes supplied with the unit. Transducer fit and included accessories can vary by system configuration.

Why Choose the GE LOGIQ E10?

The LOGIQ E10 combines advanced ultrasound imaging, workflow automation, flexible transducer support, and an ergonomic workstation in a single diagnostic imaging platform. Its cSound Architecture and advanced imaging technologies make it suitable for clinical environments requiring a versatile ultrasound system for multiple examination types.

For buyers evaluating a GE LOGIQ E10 ultrasound system, the system configuration, included transducers, operating condition, software configuration, and applicable accessories should be verified before purchase.

Frequently Asked Questions

What is the GE LOGIQ E10 Ultrasound System?

The GE LOGIQ E10 Ultrasound System is a premium diagnostic ultrasound platform from GE designed for multi-purpose clinical imaging. It combines cSound Imaging Architecture, advanced imaging technologies, AI-assisted workflow tools, and support for multiple GE transducer families.

How many probes can the LOGIQ E10 connect?

The LOGIQ E10 configuration described here has four probe ports, allowing multiple supported transducers to be connected to the ultrasound console.

What transducers fit the GE LOGIQ E10?

The LOGIQ E10 supports GE E-Series and XDclear transducers. The appropriate probe depends on the intended examination and application.

What imaging technologies does the LOGIQ E10 support?

Depending on system configuration and software, the LOGIQ E10 supports advanced technologies including B-Flow, Shear Wave Elastography, UGAP, 2D imaging, colour imaging, and Doppler imaging.

Does the GE LOGIQ E10 have AI-assisted features?

Yes. The system includes AI-assisted workflow tools such as Auto Abdominal, Auto Renal, and Auto Doppler Assistant, which are designed to assist with selected anatomy recognition, measurements, and imaging adjustments.

What is the display size of the GE LOGIQ E10 Ultrasound System?

The system uses a 21.5-inch high-resolution LCD with a stated screen resolution of 1920 × 1080.

Is the GE LOGIQ E10 suitable for multiple ultrasound applications?

Yes. The LOGIQ E10 is designed as a multi-purpose ultrasound platform and can be configured for applications including abdominal, vascular, small-parts, pediatric, and general radiology imaging.