The radiotherapy treatment planning system Oncentra® Brachy offers the latest and most advanced tools to make the best possible brachytherapy plan. At the same time, it offers simplicity in radiotherapy treatment planning. The system fits in each unique workflow and expedites the treatment planning process. More complete than ever Oncentra Brachy is now more complete than ever. The user can easily navigate to any plane that offers the most relevant information regarding the areas of interest. ‘Template’ solutions for repeated operations in radiotherapy treatment planning, such as Applicator Modeling, DVH presets and ROI Catalog Manager lead to improved accuracy and reproducibility. Powerful inverse planning optimization automates volume-based planning very fast and efficient, compared to forward optimization in radiotherapy treatment planning. A dashboard with DVH settings allows for instant visual plan evaluation and adjustment. Why Oncentra Brachy radiotherapy treatment planning? • Volume-based radiotherapy treatment planning that increases workflow efficiency • Accurate dose distribution through arbitrary plane navigation • Time-saving reconstruction based on Applicator Modeling • Automated optimization of dose conformity and homogeneity with optional IPSA and HIPO modules • Instant plan analysis with the DVH dashboard allows for quick visual plan evaluation
• HDR and PDR brachytherapy • Supporting all Flexitron and microSelectron afterloaders • Supporting a multimodality imaging environment, including ultrasound • DICOM RT compatible • Multiple viewing options, including viewing in arbitrary planes • 3D contouring and catheter reconstruction on registered image datasets • Auto-recognition of catheters, plastic or metal • Library Plans including dwell positions, applicator/dose points, prescribed dose and normalization • Graphical optimization • Plan analysis, including live dose, cold/hot spot determination and DVH presets • Synchronized Multi-plan evaluation • ROI catalog manager • Multiple pairs images • Needle locking option during HIPO Inverse optimization
• Applicator modeling, including applicator library with exact 3D geometry of Nucletron's gynecologic applicators, including measured source paths for ring applicators • Advanced optimization algorithms, such as IPSA (Inverse Planning Simulated Annealing) and HIPO (Hybrid Inverse Planning Optimization)
English - Brochure/Flyer
English - Datasheet
English - Multimedia
We will call you as soon as possible on:
On the following phone number