Elements software applicationsAutomation
& Standardization
in Radiosurgery

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.

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.

Enables insights into brain tumor characteristics and thereby supports clinicians during treatment response evaluations as performed in many clinical specialties.

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.

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.

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.