XperGuide
Live 3D needle guidance
XperGuide
Live 3D needle guidance
XperGuide offers live 3D image needle guidance, letting you bring percutaneous needle procedures into the interventional lab. It overlays live fluoroscopy and 3D soft tissue imaging data from previously-acquired CT or MR scans or Philips XperCT, providing information on the needle path and target.
Clinical image gallery
Features
Live guidance for confidence and control
XperGuide shows progress of the needle in real-time based on a user-defined trajectory. The live fluoroscopy image is superimposed on soft tissue images, providing live 3D guidance and feedback on any deviations from the desired path. This 3D overlay image gives you control and confidence in guiding the needle along the correct path.
Visualization and needle path planning
You can plan needle paths in two ways – by drawing a virtual path or by defining entry and target locations on different XperCT, MR or CT slices. XperGuide automatically calculates the optimal gantry projections and parallax in the needle path visualization. It also supports multiple needle trajectories. All projections are instantly available and controlled at tableside. Moreover, XperGuide adapts in real-time to changes in C-arm angulation and rotation, field of view and source-image distance.
Related products
- Experience outstanding interventional cardiac and vascular performance on the Azurion 7 Series with 20'' flat detector. This industry leading image-guided therapy solution supports you in delivering outstanding patient care and increasing your operational efficiency by uniting clinical excellence with workflow innovation. Seamlessly control all relevant applications from a single touch screen at table side, to help make fast, informed decisions in the sterile field.
- EmboGuide with XperCT Dual provides the first workflow-based tool to guide detection and treatment of tumors and vessel feeders to multiple lesions. One study showed EmboGuide detects 39% more feeders than standard non-selective DSA¹
- Performing successful tumor ablations, without compromising adjacent tissue, requires a clear understanding of the tumor size, the specific needle's ablation area, and the optimal path to the target.
