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Feature:
For comprehensive glaucoma analysis,SV2800AS offers two scan patterns, glaucoma cube scan in macular area and glaucoma cube scan in discarea. Evenly distributedsampling point with 200 x 200 A-scans provides reliable information for early glaucoma detection and management.
High definition OCT imaging of the cornea enables localization of the Bowman’s layer, the interface between corneal stroma and epithelium
High definition hidden pathological OCT imaging reveals changes
Have a glimpse of the retina via HD imaging and quick data analysis
Multiple HD cross-sectional images acquisition
A point-by point assessment of retinal thickness with a 500 x 100 dense cube
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| Technical Data | |
| OCT Imaging | |
| Methodology | Spectral domain OCT |
| Optical source | 840nm (Light Center Wavelength) |
| Axial resolution (optical) | 5 microns (optical), 3.6 microns (digital) |
| Transverse resolution | 15 microns (optical), 3 microns (digital) |
| A-scan depth | 3mm |
| Diopter range | -20 to +20 diopters |
| Scan patterns | Macular: HD line scan (6 or 12 mm), 3D scan (6 mm x 6 mm), 6-line radial scan, Multi (X-Y: 5 x 5) |
| Disc: 3D scan (6 mm x 6 mm) | |
| Anterior: HD line scan (6 or 16mm), 6-line radial scan | |
| Fundus Imaging | |
| Methodology | Line scanning laser ophthalmoscopy(LSLO) |
| Minimum pupil diameter | 3.0mm |
| Field of view | 40⁰* 30⁰ |
| Soft analysis | |
| Macula | Retina thickness analysis; 3D view; En-face analysis; Progression analysis; EDI function |
| Glaucoma | RNFL analysis; Ganglion cell analysis; Cup-disk analysis, Progression analysis; OU comparative analysis |
| Anterior Segment | Manual measurement; Corneal thickness analysis; Epithelial thickness analysis |
| Others | DICOM conformance; Remote viewer software available |
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