Discovery IGS 740 for Interventional Radiology and Oncology with AutoRight™

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.

The Discovery IGS 740 has a wide bore C-arm. The combination of this wide bore and the large 41 x 41 cm detector enables to image patient in 3D at any point of the anatomy without collision even for large patients with BMI up to 40. Thanks to its wide bore, Discovery IGS 740 allows 3D imaging for at least 95% of the America's adult population and potentially more than 95% of the world's adult population.

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

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.

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.

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.

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.

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

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.

Plan with a dedicated EVAR planning application to perform key anatomical measurements, size the endograft and save key information for fusion imaging during intervention.

Guide your devices by overlaying 3D datasets from CT, MR or CBCT on live fluoro images. Register the 3D model using the Bi-View registration.

Acquire a high definition cone-beam CT, Innova CT HD, to display the information in oblique views to assess device deployment and the presence of potential endoleaks.

Automatically extract the bone and vessel anatomies. Edit vessel centerlines and bridge them through occlusions.

Import segmented anatomy, centerline and landmarks. Overlay them on live fluoroscopy whatever the angulation.

Use DSA images on a large field of view to image the entire anatomy of interest.

0-click aorta segmentation and auto-detection of the valve plane delivering easy and reproducible valve sizing for interventional cardiologists and cardiac surgeons.

Guide devices with high-precision live 3D guidance and calcification visualization enhancement mode to assist valve positioning and deployment.

Visualize potential residual valve regurgitation using either angiography or ultrasound.

Plan the procedure using outstanding 3D information and determine the optimal skin entry points and needle paths directly on oblique CBCT cross-sections.

You can guide your needle along the virtual trajectory that will follow C-arm angulations and table movements. A dedicated bone rendering helps visualize mis-registration and correct for even small patient motion from tableside.

The stereo 3D mode lets you visualize a reconstructed 3D needle on the CBCT oblique view from just two fluoroscopic images, letting you localize devices within the 3D anatomy without a CBCT acquisition.