Description
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Imaging Technology: Robotic angiography system
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C-Arm Type: Floor-mounted robotic gantry
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Detector Size: 31 cm or 21 cm FPD options
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Detector Type: High-resolution flat-panel digital detector
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Field of View: Multiple FOV modes for cardiac, vascular, and neuro
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Image Processing: AutoRight intelligent image optimization
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3D Imaging: CBCT (Cone Beam CT) capability
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Dose Management: Advanced low-dose acquisition, Dose Map, Dose Personalization
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Positioning: 3D guided positioning with robotic precision
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Table: Carbon fiber patient table with floating top
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Usage: Cardiac, neurovascular, peripheral, oncology, hybrid OR
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Connectivity: PACS, DICOM, and advanced workstation integrations
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The GE IGS 7 is a next-generation Image-Guided System designed to deliver exceptional clarity, precision, and workflow efficiency for complex interventional procedures. Built on GE’s advanced robotic C-arm platform, the IGS 7 provides clinicians with highly accurate, real-time imaging across cardiac, neuro, peripheral vascular, and hybrid OR environments. Its floor-mounted robotic gantry ensures smooth, collision-free movement, enabling clinicians to access the patient from all angles without compromising sterility or ergonomics.
The system integrates GE’s premium dose-management technologies, ensuring high-quality imaging at significantly reduced radiation levels. With its wide bore and flexible positioning, the IGS 7 supports complex procedures, including TAVI, EVAR, EP mapping, neuro coilings, and minimally invasive surgeries, while providing ample space for anesthesia and surgical equipment. Its AutoRight AI-powered workflow automation optimizes image adjustments instantly, helping teams work with greater confidence and efficiency.
Designed for busy interventional suites, the GE IGS 7 offers superior image consistency, intuitive touchscreen controls, and advanced fusion imaging tools that simplify planning and navigation. Whether used as a cath lab, vascular suite, or hybrid operating room solution, the IGS 7 ensures outstanding performance, enhanced clinical accuracy, and long-term reliability.





