Zeiss Cirrus 5000 OCT HD
Zeiss Cirrus Cirrus HD-OCT 5000 provide highest resolution visualization capabilities and track retinal pigment epithelial integrity using Advanced RPE Analysis and assess glaucomatous loss with Ganglion Cell Analysis
High-speed service provision
Patients need only spend a few minutes every time to get comprehensive and accurate results. The high-speed provision of service will improve your efficiency and help to build lasting relationships.
Cirrus HD-OCT for Retinal Disease
CIRRUS data cubes are enrolled with data from previous visits after the scan is obtained. This empowers side-by-side visualization of the exact same location on the retina for every visit. CIRRUS contrasts dimensions from the current and previous visits to extend a thickness change map that helps you determine the next steps to the individual. 3-D cubes and Advanced Visualization™ can be used for pre-operative preparation for VRI disorders. For dry AMD, CIRRUS makes it possible to monitor pre-conversion patients today and prepare for tomorrow’s ironic AMD therapy.
Cirrus HD-OCT for glaucoma
No other company provides a more complete suite of integrated glaucoma diagnostics. CIRRUS is the HFA’s ideal companion for glaucoma management. Using CIRRUS angle imaging and central corneal thickness measurements, you’ve got the world’s standard-setting comprehensive tool for glaucoma structural evaluation. Guided Progression Analysis™ (GPA) provides a powerful tool for discovering modification for RNFL and optic nerve head parameters.
Cirrus HD-OCT 5000 come with features an active eye-tracking mechanism that able to trace and compensate eye motion in real time and FastTrac retinal tracking to reduces eye motion artifacts without sacrificing patient
Cirrus OCT come with version 9.5 software can acquire 68,000 scans per second with fundus photos
Specifications
OCT Imaging
Methodology: Spectral domain OCT
Optical source: Superluminescent diode (SLD), 840 nm
Scan speed: 27K- 68K A-scans per second
A-scan: 2.0 mm (in tissue), 1024
Axial resolution: 5 μm (in tissue)
Transverse resolution: 15 μm (in tissue)
