See. Your Way. Clearly.

With its 41 cm (16.1 in) square detector, Innova IGS 540 provides extensive body coverage for peripheral and abdominal procedures.

The Innova IGS 540 was designed from the ground up to provide the image clarity you need while helping you keep dose as low as possible. It includes features like Dose Personalization^1, which gives you the tools to choose from up to five² automatic exposure preferences for your system. You can also modify any of these preferences in any clinical protocol, to enable multi-procedure, multi-user customization, and thus support well-informed decisions.

Powered with dedicated advanced applications, you can plan, guide and assess procedures with confidence.

• FlightPlan for Liver helps you plan your liver embolization in three intuitive steps and automatically highlight vessels traveling from the catheter tip to the hyper-vascular tumor.  

• Innova TrackVision helps you can plan and guide needle procedures by identifying one or multiple needle trajectories for your case and overlay these virtual trajectories
  over the live fluoroscopic images – so you know where you are in delicate

Excellent anatomical coverage
The Innova IGS 540 with its 41 x 41 cm (16.1 in) square flat-panel digital detector boasts one of the largest fields of view for vascular and interventional imaging. It can cover large anatomies, such as both legs simultaneously, designed for fewer runs than smaller detectors, enabling efficient use of contrast and dose.

Superb image quality with high Detective Quantum Efficiency (DQE)
The proprietary angiography flat-panel detector offers one of the industry’s highest ratings for Detective Quantum Efficiency (DQE), a parameter internationally acknowledged as an index of detector performance in contrast- and dose-limited imaging performed in clinical studies. High DQE enables better-quality images at the same dose, or the same quality image at a lower dose.

Lower dose by design
GE designs systems from the ground up with the tried and trusted GE imaging chain, optimized to provide the image clarity you need while keeping dose as low as possible. Our dose-reduction features empower you to easily optimize and personalize dose settings from the tableside, while maintaining clinical details you need to make well-informed decisions. But improving dose management takes a strategy – what we call the GE Blueprint. It includes low-dose imaging technologies for minimally invasive procedures, but also considers the people, culture and processes around them.
Learn more.

Simple, centralized, automated controls
Control your system and images with integrated, intuitive tableside controls. With simple menus, the Central touchscreen lets you control most system functions, configure the system, modify imaging parameters, control your large display monitor, and manipulate advanced applications – all at the tableside. The comfortable, easy-to-grasp control knob makes it easy to pan the table, position the gantry, and perform procedures.

All-in-one large display monitor
The full-color 142 cm (56 in) diagonal 8 megapixel medical-grade large display lets you view multiple images from multiple sources. Get up to 120 customized layouts, easily changeable at tableside with the Central touchscreen. Zoom in comfortably without loss of detail or pixilation to get the clinical focus you need.

Liver embolization 

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.

Needle procedures 

Performing needle procedures in the interventional suite frees up your CT system and provides better 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.

Portal Vein Embolization 

The objective is to embolize only the branches that correspond to the part of the liver that will be resected. The portal vein has numerous anatomical variations, with many different branches that can be difficult to distinguish one from another on 2D fluoroscopic images. To do this with confidence, you must understand the exact position of the catheter in the anatomy and control the embolization phase in real time.