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Automation and optimized workflow guidance help radiation oncologists and surgeons define organs-at-risk and target volumes in just minutes.
iPlan® RT Image contouring software offers a universal solution for time saving centralized image fusion and contouring. The innovative capabilities drive faster contouring and consistent segmentation outcomes in radiotherapy treatment planning.
- Faster contouring with atlas-based Automatic Organ Segmentation
- Fast results with navigation-based, intuitive workflow
- More organs in less time
- Unique atlas-based segmentation automatically defines major critical structures for cranial, spine, head and neck, lung and prostate in less than 1 minute
- Universal contouring integrates seamlessly with all major TPS
- Web-based planning approach for better teamwork and communication with referring physicians, other clinicians and patients
Highly Versatile Contouring Tools
Our comprehensive set of clinical radiotherapy contouring tools offer the highest quality multimodality image fusion, automatic contouring and Internet-based planning tools to help optimize pre-planning workflow.
- Automatic image fusion in seconds (CT, MRI, PET, SPECT, CBCT, fMRI, 3D RA, DRR and other DICOM)
- Full DICOM RT connectivity
- Quick export of generated objects to existing dose planning systems
- Plan consistency and time saving through user-defined templates
- Automatic definition of organs at risk and target volumes
- Compatible with Brainlab and third-party RT Treatment Planning
- Web-based treatment planning enables flexible and secure anytime/anywhere planning
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Smart Contouring Tools for Rapid Updates Based on Clinical Experience
The Smart Brush® and Smart Shaper contouring tools offer 2D and 3D target delineation and adaptation for even the most complex shaped structures. Linear interpolation and intelligent object morphing help drive clinical efficiency.
- User-controlled automation assists in accurate definition of OARs and target volume
- Fast and precise creation of 3D volumes to include entire object
- Flexible toolset offers fast updates with clinical user experience based approach
- Advanced object handling for adding structure margin, union, splitting and morphing
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Functional Contouring for Improved Physiological Sparing
Advancements in imaging technology have led to improved visualization of not only anatomical structures but also functional regions such as major neuronal pathways and areas of activation
- Automatic analysis of activation areas on BOLD fMRIs
- Automatic detection of fibertracks from userdefined regions on DTI MRIs
- Ability to generate 3D volumes from fibertracks and activation areas
- Combination with surgical approach utilizing Brainlab intra-operative navigation
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