• Document: SOCT Copernicus REVO. * - Currently import and overlay are avaibale in manual mode only
  • Size: 4.76 MB
  • Uploaded: 2019-04-16 19:10:02
  • Status: Successfully converted


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SOCT Copernicus REVO  Easy Operation (Full auto & Auto mode)  Auto alignment (Z-position, C-gate, Focus, Tomogram)  Voice guide (support patient through examination)  Powerful analysis tools  Enhanced tomograms - 2 µm (digital resolution)  Widefield scans 12 x 12mm area  Peripherial scanning  Normative database  Analysis program • Retina • Glaucoma • Anterior • Anterior - Angle to angle  Import of fundus camera image*  Multilingual interface * - Currently import and overlay are avaibale in manual mode only SOCT Copernicus REVO • 8 retina layer recognition • Examination review: o Single exam analysis o Asymmetry analysis o Follow up • Retina analysis: Retina thickness, Inner retinal thickness, Outer retinal thickness, IS/OS thickness, RPE deformation • Glaucoma analysis: Optic Nerve Head scan: RNFL, ONH morphology, DDLS Retina scan: Ganglion analysis as RNFL+GCL+IPL and GCL+IPL, OU and Hemisphere asymmetry • Anterior analysis Pachymetry measurement, Epithelium map, LASIK flap, Angle measurement (AOD, TIA, TISA) • 3D reconstruction A Complete OCT Device • Retina 2048lines/0.08sec • Disc • Cornea • Anterior • Wide Anterior Retinal Analysis Single Exam Symmetry Follow-Up Retinal Analysis Retina follow up analysis modes: Morphology view Quantification analysis Trend analysis SOCT Copernicus REVO Central scan mode - 12 mm width (fovea and disc on one scan) Peripherial scans (Below are combined two examinations of peripheral area 12mm + 12 mm) Averaging 2 µm Ultra High (Digital) Resolution Enhance Depth modes Vitreous mode Choroid mode Choroid visualisation Clinical images Case 1 CSR Case 2 Clinical images Case 3 Case 4 Clinical images Case 5 Clinical images Case 6 Case 7 Glaucoma analysis Optic Nerve Head analysis Ganglion cells layer analysis Pachymetry and Gonioscopy Corneal analysis Pachymetry map Epithelium thickness Zonal analysis IOP correction Anterior Segment Imaging 2µm Ultra High Digital Resolution Cornea scan Epithelium Bowman’s membrane Stroma Endothelium Anterior Segment Imaging Anterior Angle scan Epithelium Schlemm’s canal Schwalbe’s line Endothelium Iris Scleral spur Anterior Segment Imaging Back of the crystalline Lens Epithelium Posterior capsule Berger space Vitreous body membrane Wide Anterior Segment Imaging Sclera and Angle Structrure Epithelium Schwalbe’s line Sclera Iris Cornea Schlemm’s canal Wide Anterior Segment Imaging Enhance mode - Sclera and Angle Structrure Sclera Blood vessel Endothelium Pars plana Ciliary body Sclerar spur Wide Anterior Segment Imaging Angle to Angle Posterior Sclerar Spur Iris pigment Lens Sclera epithelium Wide Anterior Segment Imaging Wide scan with lens defect IOL observation Lens fitting Contact lens on the cornea – 4 mm scan Contact lens on the Cornea and the Sclera – 10 mm OCT Angiography …. Coming soon Depth coded view Superficial capillary plexus Deep capillary plexus 3 x 3 mm 3 x 3 mm CLINICAL CAPABILITIES - Detect pathologies at earlier stages – (e.g. detection small lipofuiscin changes in RPE as FAF does) - Elevate your practice profile - Raise diagnostic level by a broader range of services: - Manage a broader range of diseases - Glaucoma - Anterior part of the eye - Manage more advanced diseases - Verify periphery - Optimised practice workflow: - Technician performs the exam for the doctor to review and analyse the result (Thereby saving the doctors time and increasing the number of diagnostic reviews) - Networking is free of charge and does not require extra hardware. - Extremely easy and intuitive for operators at any level - Fast workflow to minimise patient chair time CLINICAL CAPABILITIES - Visualise retinal conditions with ultra high-definition imaging (3µm digital) - Excellent B-scans qualit

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