Precision treatment planning software for radiotherapy & radiosurgery
We’ve built best practices into each indication-specific Elements treatment planning workflow. These applications allow for better target definition, more consistent radiosurgery planning and faster delivery with reduced toxicity.
Explore the variety of pre-planning and planning tools
Automatically selects pairs with instantaneous pre-alignment, fusing numerous modalities including CT, MRI (T1, T2, FLAIR, MRA), PET, SPECT.
Corrects patient-specific distortions by applying deformable registration exclusively to the brain, respecting the anatomical ground truth.
Registers datasets to a synthetic full body tissue model which adapts to the image modality for a consistent and highly accurate segmentation.
Outlines cranial tumors quickly and easily with partial automation on multiple modalities, minimizing intra- and inter-observer variability in tumor delineations compared to manual outlining.
Enriches anatomical images with detailed information about white matter structures to preserve vital functions by processing patient-specific diffusion tensor imaging.
Image Fusion Angio
Provides a unique fusion that, in combination with Elements SmartBrush, supports the definition of vascular objects for the treatment of intracranial vascular structures, being associated with various challenges with the fusion of 2D and 3D imaging.
Contrast Clearance Analysis
Enables insights into brain tumor characteristics and thereby supports clinicians during treatment response evaluations as performed in many clinical specialties.
Multiple Brain Mets SRS
Indication-specific treatment planning with a dedicated algorithm to generate consistent, volumetrically optimized SRS plans with a single isocenter in a matter of minutes. In combination with ExacTrac, clinicians can plan with reduced or no additional PTV margins.
An indication-specific workflow that simplifies complex planning routines for cranial indications, such as arteriovenous malformations (AVMs), pituitary adenomas and vestibular schwannomas. Template-based treatment planning and a dedicated 4Pi arc setup optimization algorithm supports improvements in plan quality and MU efficiency at the same time.
Cranial SRS w/Cones
This software combines surgery and radiosurgery planning information in one workflow. The application is dedicated to functional treatment planning, e.g. trigeminal neuralgia, and uses the treatment modality conical collimators to generate plans with steep dose gradients. This workflow includes Elements Fibertracking and Trajectory Planning Cranial from the Brainlab neurosurgical planning portfolio.
Curvature Correction Spine
A unique algorithm combines information from the Brainlab internal tissue classification to account for rigidity and deformability of different tissue types which is used to highlight and correct spinal curvatures.
Generates GTV and CTV expansion and creates the cropped spinal canal object also based on International Spine Consortium Guidelines.
A automation-supported workflow optimized for the treatment of spinal metastases. The VMAT algorithm produces very steep dose falloff along specific vertebrae to ensure enhanced spinal cord sparing. The workflow also offers automatic CTV and OAR proposal in line with the International Spine Consortium Guidelines.
Sophisticated & comprehensive presentation of all previously delivered multiple brain metastases treatments in one place, including prescription details and dose distributions.
Custom-fit your treatment plans to the indication and the patient
Patients today are seeking personalized treatments. Elements are focused on the specific needs of each indication to allow clinicians to deliver tailored care to every patient.
Better target definition
Automated processes for image fusion, distortion correction, target delineation and organ-at-risk segmentation enable rapid creation of consistent, high-quality treatment plans regardless of planner experience.
More consistent radiosurgery planning
Elements rapidly generate consistent, precision treatment plans that fulfill criteria by automating standardized best practices. The result is fast treatments for more patients without compromising quality.
Get to know our indication-tailored Elements
These software applications offer solutions for every step of the radiosurgery treatment process. While uniquely tailored, each Elements application shares the common goal of quick, consistent and precise plan generation.
Multi Brain Mets and 1Retreatment Review
Dedicated algorithm generates consistent volumetrically optimized SRS plans for the simultaneous delivery of single isocenter treatments. 1Elements Retreatment Review provides an overview of all previous treatment plans, supporting physicians in the decision-making process for patients with recurrent brain metastases.Learn more
With an indication-specific VMAT approach, Elements Cranial SRS simplifies complex planning routines for cranial indications. Template-based treatment planning and a dedicated 4Pi arc setup optimization algorithm ensure improvements in plan quality and MU efficiency at the same time.Learn more
The cranial vascular workflow is dedicated to quickly and comprehensively fusing and outlining intracranial vascular structures including the unique frameless co-registration of diagnostic 2D DSA projections and 3D volumetric imaging data for the outlining of the clinical target.Learn more
The cranial functional workflow combines surgery and radiosurgery planning information in one workflow. Dedicated to functional treatment planning, Cranial SRS w/ Cones uses the treatment modality conical collimators to generate plans with steep dose gradients.Learn more
The spine-specific VMAT algorithm is fully focused on important dose falloff along specific vertebrae for enhanced spinal cord sparing. Elements Spine SRS offers automatic CTV contouring in accordance with International Spine Consortium Guidelines.Learn more
Post treatment assessment
Contrast Clearance Analysis is an MRI-based delayed contrast extravasation methodology that differentiates contrast clearance and accumulation regions in brain tumor datasets. The high resolution analysis results provide additional insights to support clinicians during ongoing assessment and decision-making for multiple clinical specialties.Learn more
1 Not yet commercially available in several countries. Please contact your sales representative.