SOCT Copernicus+: For Precise Ocular Analysis
The SOCT Copernicus+ by Optopol is ideal in the field of medical optics, particularly for the analysis of retinal and glaucomatous pathologies. This spectral-domain optical coherence tomography (SOCT) system combines excellent performance in terms of scanning speed, resolution, and ergonomics, providing ophthalmologists and optometrists with a fast, reliable, and precise diagnostic tool.
Designed to meet the demands of ophthalmic practices, the SOCT Copernicus+ utilizes a scanning speed of 27,000 A-scans per second, allowing for extremely rapid image acquisition, which reduces examination time while maintaining optimal image quality. This high scanning speed is complemented by an axial resolution of 5 µm, ensuring highly precise images of the various ocular structures. With this combination, the system enables the visualization of the finest details of the retina and other ocular structures, which are essential for quality diagnostics.
One of the key features of the SOCT Copernicus+ is its ability to perform detailed scans of the retina and optic nerve with clarity. The system allows practitioners to analyze not only the retinal thickness but also the thickness of the retinal nerve fiber layer (RNFL) and the deformation of the retinal pigment epithelium (RPE). This precision is crucial for the early detection of retinal diseases such as macular degeneration and diabetic retinopathy, as well as for monitoring glaucoma. The ability to accurately observe these structures greatly facilitates the detection of subtle changes and can prevent irreversible damage.
The SOCT Copernicus+ also offers several examination modes, including 3D retinal visualization and the Asterisk option for specific analysis of certain structures. In addition to conventional analyses, the device allows vitreoretinal and chorioretinal imaging, providing a comprehensive view of the internal structures of the eye. This is particularly useful when assessing complex pathologies, where a 3D view helps to better understand the relationships between different retinal layers and other ocular structures.
Another major advantage of the SOCT Copernicus+ is its glaucoma module, designed to assist in the detection and management of glaucoma. The module includes the Disk Damage Likelihood Scale (DDLS), a scale for evaluating optic nerve damage. Unlike traditional methods that rely on the cup/disc ratio, the DDLS uses the rim/disc ratio and takes the size of the optic disc into account, thus eliminating the variable effects of disc size. This allows for a more accurate assessment of glaucomatous damage and serves as an essential indicator for tracking the progression of the disease. The SOCT Copernicus+ is therefore a powerful tool for ophthalmologists, as it not only enables the early detection of glaucoma but also allows effective monitoring of disease progression over time.
In terms of ergonomics and ease of use, the SOCT Copernicus+ stands out with its intuitive user interface and One Click functionality, which allows practitioners to quickly start an examination with just a single click. This feature simplifies the examination process and makes the device particularly user-friendly, reducing the risk of errors and enhancing practice efficiency. The system can also be integrated with a centralized server, allowing for easy storage and access to examination data from multiple workstations. This capability is particularly beneficial in clinics and hospitals where data needs to be shared across various practitioners.
