Tomograph SOCT COPERNICUS

Introduction to SOCT Copernicus

The SOCT Copernicus by Optopol represents the future of ophthalmic diagnostics, employing Spectral Optical Coherence Tomography technology to deliver high-resolution images of eye tissues. This non-invasive imaging system employs light diffusion across various retinal layers, providing a comprehensive view of ocular health. The SOCT Copernicus has rapidly gained recognition as the leading OCT device in its class, thanks to its innovative features and superior image quality.

One of the most significant advantages of the SOCT Copernicus is its implementation of spectral tomography, which allows for the acquisition of exceptionally high-resolution images. Compared to traditional time-domain OCT devices, the SOCT Copernicus offers images with superior detail, enhancing diagnostic accuracy. Furthermore, examinations are completed in approximately 50 times shorter duration, making it an efficient tool for practitioners and their patients alike. The system generates three-dimensional images effortlessly, facilitating easier diagnosis and analysis.

Beyond its imaging capabilities, the SOCT Copernicus also provides extensive analytical support. The system generates maps and graphs that depict essential metrics such as retinal nerve fiber layer (RNFL) thickness, retinal pigment epithelium (RPE) deformations, and optic nerve head (ONH) analysis. This analytical functionality empowers clinicians to make informed decisions about patient care and treatment options. The system's robust capabilities have already garnered the trust of over 100 clinical users worldwide, affirming its reliability and efficacy.

Optopol is committed to the continual improvement of its products, and the SOCT Copernicus exemplifies this dedication. Each device is meticulously assembled and thoroughly tested to ensure top-tier quality. Moreover, as new software and hardware advancements are developed, they are made available as upgrades to existing units. This commitment ensures that no Copernicus device is left behind in the rapidly evolving field of ophthalmic technology.

A standout feature of the SOCT Copernicus is its specialized Glaucoma Analysis Module. This module includes critical tools for detecting and managing glaucoma, such as the Disk Damage Likelihood Scale (DDLS) and asymmetry analysis. The DDLS provides a nuanced approach to optic nerve evaluation by measuring the rim-to-disc ratio rather than relying solely on the cup-to-disc ratio, thereby offering a more accurate reflection of glaucomatous damage. Asymmetry analysis enables the identification of patients at high risk for glaucoma, detecting changes before conventional visual field loss occurs.

Designed with the user experience in mind, the SOCT Copernicus features a range of customizable functions. Users can select from various scanning modes, including single B-scans, 3D mode, and circular scans, tailoring the device to meet specific diagnostic needs. The system supports both internal and external fixation, ensuring optimal imaging conditions.

The SOCT Copernicus by Optopol is more than just an imaging device; it is a comprehensive solution for modern ophthalmic diagnostics. With its cutting-edge technology, high-resolution imaging, and continuous support for upgrades, it stands at the forefront of eye care innovation. As the device continues to evolve, it promises to expand the horizons of ophthalmologic diagnosis and treatment.

• Technology: Spectral Domain OCT
• Measurement Mode: Single B-scan, 3D mode, Asterisk, Animation scan, Circle, user-defined scan parameters
• Fixation: Internal and external fixations
• Light Source Wavelength: 830 nm, 50 nm half bandwidth
• Axial Resolution: 6 µm
• Transversal Resolution: 12 - 18 µm
• Axial Scanning Window: 2 mm
• Examination Speed: 25,000 A-scans per second
• Maximum Number of A-scans per B-scan: 10,500
• Minimum Pupil Diameter for Measurement: 3 mm
• Display Features:
  • Single B-scan with colour mask
  • 3D retina imaging (zooming, rotating, sectioning, surface reconstruction)
  • Circular Disc Scan
  • Retina thickness analysis module
  • Topographic maps of retina thickness
  • RNFL thickness analysis
  • ONH DATA
  • Creating AVI animations of retina cross-sections
  • RNFL topographic maps
  • RNFL thickness graph for nerve head neighboring area
  • RPE analysis module
  • RPE deformation maps
• Printout: User-customized, pre-definable styles
• Power Supply: 230V 50 Hz / 115V 60 Hz
• Head Movements: Motorized (using electrical actuators) and controlled from the computer screen
• Direct Fundus Preview: During scanning
• Image Enhancement Module: Yes