Stent deployment with fusion imaging

EVAR in the Hybrid OR

Perfecting endovascular aortic repair with procedural intelligence

Our fixed C-arms with procedural intelligence simplify endovascular treatment. They allow you to standardize vascular workflows for routine procedures and guide you through complex cases for optimal patient outcomes.

Increasing complexity of EVAR repair
Patient demand for complex EVAR procedures is rapidly increasing. Endovascular stent grafts are already the treatment of choice for up to 80% of aortic aneurysm cases in the U.S. today1. We offer a cutting-edge portfolio of Hybrid OR solutions that help standardize all of your workflows, enabling you to perform complex treatment on a routine basis.

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Procedural intelligence changes EVAR treatment

Our fixed C-arms with procedural intelligence help you standardize and speed up your endovascular procedures. Intraoperative software guidance provides assistance throughout your EVAR treatments. With intelligent optimization of image quality and dose along with automated C-arm positioning, even complex cases are greatly simplified. Implement your own workflow to standardize system settings for EVAR procedures: select custom parameters for every procedure step just one time and then let the system set them automatically in the future.

Our imaging solutions help optimize clinical operations in the Hybrid OR

Our assisted workflow for EVAR allows you to focus entirely on precise stent deployment. Our Hybrid OR imaging systems guide you throughout the entire procedure, from initial data preparation up to 3D assessment of stent positioning.

EVAR in the Hybrid OR

Hear what our customers are saying

Dr. med. Frank MarquardRotes Kreuz Krankenhaus, Bremen, Germany

Review the clinical evidence

(f)EVAR treatment in itself can lower complication rates2 and even reduce the risk of mortality compared to open surgery.3 Using fusion imaging – a core component of procedural intelligence – unlocks additional benefits for you and your patients.

Fusion imaging may result in up to 30% shorter procedures

Shorter procedures

Complex procedures without image guidance are lengthy. Fusion imaging provides continuous 3D guidance throughout the whole procedure. This approach helps reduce the procedure time by up to 30%.4

Fusion imaging requires up to 57% less iodine contrast media

Less iodine contrast media

Renal insufficiency due to high contrast media use creates limitations for treating patients with comorbidities. Fusion imaging provides continuous guidance without additional contrast media and may therefore reduce contrast media use by up to 57%.5

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