X-Ray and CT
Advanced imaging meets clinical efficiency – from projection to precision
Transform your X-ray imaging capabilities with ImFusion’s CT plugin, offering powerful 3D reconstruction and advanced 2D/3D registration for seamless integration of X-ray images with volumetric data.
Complete Reconstruction Pipeline
From raw X-ray projections to high-quality 3D volumes, our GPU-accelerated cone-beam reconstruction engine delivers exceptional results while handling various acquisition geometries and detector types.
Advanced Registration & Fusion
Achieve precise alignment between live X-ray images and pre-operative 3D scans (e.g. CT or meshes), enabling real-time surgical guidance and enhanced clinical decision-making through multi-modal visualization.
Streamlined X-ray Workflow
Comprehensive preprocessing pipeline with geometric calibration, artifact correction, and automated reconstruction workflows. Enhance clinical efficiency through GPU acceleration, customizable visualization layouts, and seamless integration with DICOM/PACS and surgical navigation systems.
Demos
Executing Algorithms
This video showcases some of our updated technology building blocks for Computed Tomography, where we provide support for curved detectors, metal artifact reduction, deep learning integration, and geometric self-calibration.
GPU-based Cone-beam computed tomographic (CT) reconstruction
This video presents our revamped GPU-based Cone-beam computed tomographic reconstruction. Our software includes:
- Projection preprocessing such as flat-field correction, log conversion, and dead-pixel masking.
- Geometric calibration for Cone-beam systems as well as direct support for several vendors.
- GPU based tomographic reconstruction which supports both FDK, and iterative algorithms.
- Artifact reduction methods for metal, beam-hardening, and rings.
- Support for post-processing such as HU calibration.
CT to X-ray/Fluoro 2D-3D Registration
This video presents our high level 2D-3D Registration from CT to X-ray/Fluoro images. We provide several simplified workflows for initialization of the registration which then is refined based on GPU-accelerated and image-based 2D/3D registration. This workflow includes support for masking etc. such that specific regions can be registered individually. Furthermore we provide support for the EOS system. Last but not least, the initialization can be easily customized using our SDK.
Features
- High-performance GPU-based CT reconstruction engine
- Advanced 2D/3D registration workflow for X-ray to volumetric data (e.g. CT or meshes) alignment
- Comprehensive X-ray preprocessing and correction pipeline
- Flexible geometric calibration supporting various detector types
- Real-time visualization with customizable layouts
- Integration with tracking systems for surgical navigation
Looking for inspiration or support?
Our forum is already packed with some common answers, tips and tricks and support information from our own product experts. Have a look or submit a request to our team.