Stratus OCT™ - The proven standard of care OCT system for comprehensive retina and glaucoma management. from Carl Zeiss Meditec, Inc.

Description

Stratus OCT incorporates optical coherence tomography technology to provide comprehensive imaging and measurement of glaucoma and retinal disease. Stratus OCT is the gold standard in-vivo imaging device for the posterior segment and offers proven reproducibility for disease management. Stratus provides real-time cross-sectional images and quantitative analysis of retinal features to optimize the diagnosis and monitoring of retinal disease and for enhanced pre- and post-therapy assessment. The device is beneficial for evaluation of cataract patients, pre- and post-operatively, and for the assessment of early signs of glaucoma and glaucomatous change.
  • Detailed Specifications
  • ItemStratus OCT™ - The proven standard of care OCT system for comprehensive retina and glaucoma management.
  • CompanyCarl Zeiss Meditec, Inc.
  • PriceGet quote
  • Features
    • Bring the proven OCT to your practice. Featured in over 1,000 published clinical papers. Over 9,000 systems installed worldwide.
    • See the virtual histology of retinal disease. Cross-sectional images and maps reveal the details of retinal abnormalities that are otherwise difficult to see.
    • Determine and monitor retinal causes of poor visual acuity. Assess pre-op cataract and refractive patients to detect and document retinal disease and set expectations for visual outcomes.
    • Assess glaucoma and track change. Evaluate RNFL and optic nerve head for glaucomatous damage. Identify and monitor patients who experience change in RNFL thickness with GPA™ Advanced Serial Analysis.
    • Review results anywhere. Use full analysis capabilities from the lane, your office or a remote location with Stratus review software.
  • Scan TypeLow-coherence interferometry: The Stratus OCT instrument scans an 820nm near infrared light beam from a superluminescent diode across the retina and generates a cross-sectional image of the tissue by recording the scattering profile versus depth of each transverse location of the beam.