Overview

Free yourself from the rails

Free yourself from the constraints of fixed ceiling-mounted systems’ rails with the Discovery IGS* 740 mobile angiography system. The untethered Discovery IGS 740 offers amazing siting and room design flexibility. Practice with exceptional comfort and control with Discovery’s rail-free design and flexible C-arm positioning. And its ample detector covers large anatomies in both 2D and 3D.

With the Discovery IGS 740: 

  • Put yourself at the center of your procedures with liberating rail-free design
  • Design your room with amazing flexibility
  • See large anatomies in one view with an exceptionally large detector

Young girl walking on train tracks with RSNA green overlay.

Benefits

Put yourself at the center of your procedures.

With nothing in your way, you can image the anatomy of interest easily, position your monitors freely, and access your patients completely from the left or right side on the Discovery IGS 740.

 Discovery IGS 740 liberating rail-free design

Liberating rail-free design

The Discovery IGS 740’s swiveling wheeled gantry moves freely on the floor, not on the ceiling, eliminating overhead rails. So you can place your monitors exactly where you need them for comfortable viewing without straining.

Discovery IGS 740 ample wide-bore C-arm

Ample wide-bore C-arm

With a full 129 cm (50 in.) of space between the tube and the detector, you can image large patients easily, achieve steep angulations conveniently, and perform off-center 3D acquisition to image the borders of the liver or the skin line.

Discovery IGS 740 arm positions

Dedicated arm imaging positions1

Perform procedures such as left arm fistulograms comfortably with the Discovery IGS 740’s dedicated arm imaging positions.

See large anatomies in one view.

Cover large anatomies such as the liver or both legs simultaneously, with fewer runs than smaller detectors, for efficient use of contrast and dose.

 Discovery IGS 740 an exceptionally large detector

An exceptionally large detector

With its broad 41 x 41 cm (16.1 in) digital detector, the Discovery IGS 740 system boasts one of the largest fields of view for interventional imaging. Moreover, the GE-proprietary digital detector delivers one of the industry’s highest levels of DQE, the accepted measure of X-ray detector dose efficiency.

Discovery IGS 740 extended coverage in 2D

Extended coverage in 2D

With InnovaBreeze1*, take full advantage of the Discovery IGS 740’s very large field-of-view and follow the contrast bolus in both legs in real time using variable panning speed control.

Discovery IGS 740 large organs in 3D

Large organs in 3D

Combine the wide-bore C-arm and the 41 x 41 cm (16.1 in) digital detector, and see large organs like the liver in 3D. Then use FlightPlan for Liver1 to help you identify tumor-feeding vessels in a few clicks and be selective during your liver embolization.

Design your room with amazing flexibility.

By eliminating the rails of ceiling-mounted systems, the Discovery IGS 740 frees up your ceiling entirely for more flexibility in designing your room.

Discovery IGS 740 drawing the ideal room

Drawing the ideal room

With no rails on the ceiling blocking where to position ceiling-mounted ancillaries, the Discovery IGS 740 gives you flexibility to draw the location of your monitors, lights, and rad-shields where you need them to be. And with two customizable parking positions, the Discovery IGS 740 adapts to suit your room size and shape.

No reinforced ceiling structure needed

With the mobile Discovery IGS 740 system, there’s no need for long and complex
infrastructure improvements to reinforce your room’s ceiling structure.

 Discovery IGS 740 precious space

Siting in precious space

Whether you’re building a new room, re-purposing an existing room, or re-configuring a small room, the Discovery IGS 740 lets you use precious space efficiently. Fit the Discovery IGS 740 in rooms as small as just 35 square meters (377 square feet), for a wider choice of siting options in situations where space is at a premium.

Clinical applications

Make advanced applications part of your everyday routine.

Available right at the tableside, easy-to-use GE advanced applications help you plan, guide, and assess complex procedures with confidence on a routine, everyday basis.

FlightPlan for Liver clinical image

FlightPlan for Liver

Breakthrough in liver embolization
FlightPlan for Liver helps you plan your liver embolization procedures. It automatically highlights vessels traveling from the catheter tip to the vicinity of a hypervascular lesion.
Learn more

InnovaBreeze clinical image

InnovaBreeze

Simplify and automate bolus chasing
InnovaBreeze* is a subtracted peripheral vascular imaging technique that lets you follow the contrast bolus in real time using variable panning speed control. You can capture the bolus in both legs while imaging thin vessels with high quality. Divided pixel shift helps you adjust each leg separately and compensate for patient movements.

Innova Vision clinical image

Innova Vision

Live 3D guidance
Innova Vision overlays 3D prepared datasets from CT, MR or 3D rotational images on live fluoroscopic images in a single click. This 3D roadmapping application helps you guide devices in complex anatomies.
Learn more

Wide Bore c-arm clinical image

Innova CT

Acquire CT-like images in the vascular lab
Used for clinical applications that require detailed images with low-contrast resolution, Innova CT enhances soft-tissue visualization to help you clearly identify suspected lesions. Easy access to CT-like images right in the vascular lab means you may not need to transfer patients to a CT exam room.

Innova TrackVision clinical image

Innova TrackVision

Progress with confidence
Innova TrackVision provides live 3D needle guidance during your procedures. It lets you advance the needle down a planned trajectory overlaid on live fluoroscopy and visualize any deviations from the desired path.
Learn more

Integrated Registration clinical image

Integrated Registration

Multi-modality image management
Integrated Registration lets you fuse and register two volumetric acquisitions from the same or different acquisition modalities. It lets you easily compare 3D anatomical images from CT, MR with PET, SPECT, and X-ray angiography2 for a more comprehensive analysis.
Learn more

Procedures

Plan, guide and assess liver embolization with confidence

To deliver therapeutic material to tumors during trans-arterial chemoembolization therapy, it is essential to identify the liver vessels accurately. But the liver’s complex vasculature can make precise identification of tumor-feeding vessels in 2D and 3D images a challenge, often requiring significant time, radiation, and contrast media.

FlightPlan for Liver helps you be selective during your liver embolization procedure. It automatically highlights vessels traveling from the catheter tip to the vicinity of a liver hypervascular lesion in few clicks.

Plan

FlightPlan for Liver helps you be selective during your liver embolization procedure. It automatically highlights vessels traveling from the catheter tip to the vicinity of a liver hypervascular lesion in few clicks.

Once ready, you can send the FlightPlan for Liver 3D model to Innova Vision with a single click and use it as a 3D roadmap to guide catheters across tortuous vessels and bifurcations, helping you perform the embolization with confidence.

Guide

Once ready, you can send the FlightPlan for Liver 3D model to Innova Vision with a single click and use it as a 3D roadmap to guide catheters across tortuous vessels and bifurcations, helping you perform the embolization with confidence.

A post-operative DSA acquisition helps you determine the success of the embolization with no contrast agent leakage in the hypervascular lesion.

Assess

A post-operative DSA acquisition helps you determine the success of the embolization with no contrast agent leakage in the hypervascular lesion.

Plan, guide and assess needle-based procedure with confidence

Performing needle procedures in the interventional suite frees up your CT system and provides exceptional access to the patient. However, under fluoroscopic guidance, it may be challenging and time-consuming to find the right entry point and advance the needle while avoiding critical structures.

With Volume Viewer and Trajectory Planning, you can plan the procedure using outstanding 3D information and determine the optimal skin entry points and needle paths.

With Innova TrackVision, you can guide your needle along the trajectory that will follow the C-arm angulation and table movement. Plus, a dedicated algorithm overlays the bone anatomy and helps you correct for even small patient motion, helping to facilitate accurate needle trajectory registration at any time during your procedure.

At this stage, you can assess the needle placement with an Innova 3D acquisition helping you visualize the position of the needle in the lung prior performing the ablation.

Plan

Guide

Assess

With Volume Viewer and Trajectory Planning, you can plan the procedure using outstanding 3D information and determine the optimal skin entry points and needle paths.

With Innova TrackVision, you can guide your needle along the trajectory that will follow the C-arm angulation and table movement. Plus, a dedicated algorithm overlays the bone anatomy and helps you correct for even small patient motion, helping to facilitate accurate needle trajectory registration at any time during your procedure.

At this stage, you can assess the needle placement with an Innova 3D acquisition helping you visualize the position of the needle in the lung prior performing the ablation.


Related

References

1. Option

2. For XA modality series, Integrated Registration currently supports only 3D X-Ray Angiography images (stored as CT Image Storage DICOM objects) acquired with GE equipment and reconstructed with the Innova 3DXR application.

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