Surgical navigation systems

StealthStation™ S8 planning station

NVC planning stationNVC planning station

Surgical navigation systems

StealthStation™ S8 planning station

An intuitive, elegant solution for surgical planning. Access to StealthStation™ software at your fingertips, so you can focus on providing excellent care.

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Indications, Safety, and Warnings

Description

Choice and flexibility

Advanced technologies

  • Enable remote access via Virtual Network Computing (VNC)
  • Large, 27” high definition, touchscreen monitor for clear, Quad HD resolution visualization of exams 
  • Powerful computer for fast rendering of advanced 3D models

Features

  • Prepare upcoming cases in the same software as your intra-operative StealthStation™ to:
    • Merge exams
    • Set trajectories
    • Build fiber tracks
    • Craft 3D models
  • Develop plans and view frame coordinates for stereotactic frame-based procedures
  • Prepare fiber tracts with Standard DTI and Enhanced CSD using Stealth™ tractography

Patient data management 

  • Import/export patient datasets easily to and from PACS, DICOM nodes and other StealthStation™ systems for further data review, storage, and use 
  • Conveniently receive DICOM transfers 
  • Use as a temporary server to route exams to multiple StealthStation™ systems

Go beyond DTI with Stealth tractography

Stealth tractography implements both standard and enhanced CSD techniques:

 

  • Tractography modeling is built into the Stealth S8 cranial application.
  • Enhanced CSD visualization better resolves crossing fibers and better identifies white matter tracts in presence of edema compared to DTI.
  • Stealth tractography displays enhanced, more anatomically complete fiber tracts in context to relevant structures and relationships.
  • The technology allows you to explore safe corridors and margins to reduce neurological impact. 
Tractography

CSD tractography better resolves crossing fibers compared to DTI

Display more complete fiber tracks compared to standard DTI.

Probabilistic fiber tracking and a higher-order model of diffusion enables identification of multiple fiber directions in a voxel to address crossing fibers limitation of the DTI technique. 

DTI has limitations in building fiber tracts when edema is present

CSD

CSD visualization resolves crossing fibers and identifies white matter tracts in presence of edema compared to DTI.

DTI

DTI tractography may have limitations in building fiber tracts when edema is present.

CSD performs better even in the presence of edema, compared to diffusion tensor imaging (DTI).