Optopol SOCT Copernicus

SOCT Copernicus software ver. 5.0.2 supports the
following languages: CS, EN, FR, DE, IT, LI, PL, PT, ES.
No functionality for examining the anterior segment of the eye.
The system includes a PC, DELL 24” P2414Hb Monitor,
EPSON L121 printer, and CARL ZEISS 3000 electric ophthalmic table.
Also included: user manual in Polish (PDF format),
power cord, wired mouse, keyboard, and a complete set of new printer inks.
Warranty extension available for an additional fee, up to 12 months.

Features
Examination Modes: The SOCT Copernicus+ offers several examination modes,
including B-scan, 3D visualization, Asterisk, Animation Scan,
and User-defined Scan. These options provide great flexibility in
analyzing ocular structures based on the specific needs of the examination.

Glaucoma Module: The glaucoma module of the SOCT Copernicus+ includes
advanced features for glaucoma monitoring and management.
This includes the analysis of retinal nerve fiber layer (RNFL) thickness and
the evaluation of disease progression.
The system uses the Disk Damage Likelihood Scale (DDLS),
an innovative scale that analyzes optic nerve damage by
considering the disc size and rim morphology.

Anterior Segment Module: The anterior segment module allows for high-resolution
(3 microns) imaging of the cornea and anterior segment.
This module is used for measurements such as pachymetry (corneal thickness),
LASIK flap thickness, and anterior angle assessment,
which is crucial for detecting abnormalities related to angle-closure glaucoma.

Blood Vessel Recognition: The SOCT Copernicus+ features a highly precise blood
vessel recognition system, improving image alignment and ensuring more reliable and
reproducible results.

3D and Fovea: The advanced 3D module enables visualization of 3D reconstructions of
retinal structures, facilitating detailed analysis of local pathologies. It also allows for
the visualization of vitreomacular traction, a useful feature for examinations related to
macular disorders.

Layer Recognition System: The new layer recognition system enhances the device’s
ability to precisely identify and measure the different layers of the retina and
other ocular structures, providing a detailed analysis.

Technical Details
Scanning speed: 27,000 A-scans per second
Axial resolution: 5 µm
Transversal resolution: 12-18 µm
Axial scanning window width: 2 mm
B-scan width: 10 mm
Minimum pupil diameter for measurement: 3 mm
Light source: 840 nm, 50 nm bandwidth
Dimensions (H x W x D): 640 x 680 x 520 mm
Voltage: 230 V, 50 Hz / 115 V, 60 Hz
Examination modes: B-scan, 3D, Asterisk, Animation Scan, User-defined Scan
Glaucoma module: DDLS, RNFL thickness analysis, and progression
Anterior segment module: Pachymetry, LASIK flap, anterior angle measurement

Compatible Accessories
Review Station: Allows viewing and analyzing captured images.
CD/DVD: For archiving examination reports.
Server Module: To centralize and access examination data from multiple workstations.
Blood Vessel Recognition Software: Enhances the accuracy of retinal analysis.
Progression and Comparison Module: An essential tool for
longitudinal patient monitoring.