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Recommendations for securing the SOCT system against cyber threats.
Overview of cybersecurity controls for the SOCT system.
General safety overview, including caution symbols and operating instructions.
Compliance with medical device directives and electrical safety standards.
Critical hazards that could result in property damage, injury, or death if not avoided.
Hazards that, if not avoided, may result in property damage or injury.
Electrical connection scheme for the SOCT system and its peripherals.
Procedure for adding new patient records with essential personal data.
Programs for biometric measurements including AL, CCT, ACD, LT.
Programs for analyzing corneal curvature and power.
Programs for 3D scan visualization of retinal microvasculature.
How to operate the device head using mouse or touch screen for patient positioning.
Adjusting and saving scan parameters for different patterns and areas.
Using iTracking technology to compensate for eye movements and blinks during scans.
Steps to prepare the patient and device before conducting an examination.
Explanation of available acquisition modes: Full Auto, Semi Auto, and Manual.
Procedures for Retina, Central, and Disc area examinations.
Procedure for conducting OCT Angiography scans and reviewing results.
Creating mosaic images by combining multiple Angiography scans.
Conducting examinations of the anterior segment, including cornea and angle scans.
Information on the optional OCT Biometry module for eye measurements.
Information on the optional OCT Topography module for corneal analysis.
Specifics for using the Fundus Camera feature on REVO FC devices.
Performing scans with increased depth for anterior segment imaging.
Selecting C-gate modes for enhanced visualization of retinal structures.
Strategies for scanning patients with challenges like poor sight or nervousness.
Criteria to ensure the quality and suitability of captured OCT images.
Assessing the sharpness, clarity, and saturation of fundus reconstructions.
Criteria for evaluating the quality and completeness of OCT tomograms.
Ensuring acceptance criteria are met before finalizing a 3D examination.
Considerations before accepting an Angiography exam, including segmentation and image quality.
Factors affecting OCT Angiography image quality, such as poor signal.
Algorithm to filter noise and enhance image quality for tomograms.
Analysis of retinal thickness and related charts, maps, and graphs.
Numerical value representing OCT image intensity and signal coverage.
Map showing percentage loss of retinal thickness from normative data.
Compares thickness of grid cells within the same eye across the anatomic axis.
Compares cell thickness between eyes, highlighting thinner cells.
Module for observing follow-up changes and correlating examinations.
Viewing differences in zones on plots over time for up to six examinations.
Viewing changes in ganglion cell analysis over time.
Analysis of NFL thickness and optic nerve head shape.
Data showing morphology quantification of papilla parameters.
Tracks RNFL and ONH changes over time with up to six scans.
Glaucoma summary report for 3D exams of retina and disc scans.
Combines OCT data with Visual Field results for anatomical and functional correlation.
Manually correcting corneal surface boundary lines for accurate analysis.
Tool for evaluating the angle opening of the anterior segment.
Tool to measure angles within the anterior segment, with options for visibility.
Adjusting image brightness and contrast using sliders and restoring default settings.
Manually correcting recognized layers for accurate analysis, especially in pathological cases.
Manually editing the disc contour for accurate shape and parameter calculation.
Ways to redraw the disc contour, including manual point adjustment.
Automatic and manual correlation of OCT examinations for precise overlaying.
Manual process of correlating examinations by placing point markers.
Manual procedure to correct correlation when automatic fails.
Procedure for acquiring and analyzing Retina OCT-A scans.
Analysis of Angio OCT scans, including FAZ, VFA, NFA measurements.
Tools for measuring Foveal Avascular Zone, Vascular Flow Area, and Non-Flow Area.
Tool to measure the Foveal Avascular Zone in Angiography scans.
Tool to measure Vascular Flow Area in Angiography scans.
Tool to quantify the Non-flow Area on OCT Angio examinations.
Algorithm to eliminate eye movement artifacts on Angio OCT and 3D exams.
OCT Angiography analysis specifically for the optic disc.
Procedure for initial calibration and selecting biometric scan programs.
Steps to select biometry exam, enter keratometry data, and target refraction.
Window for importing, exporting, and editing IOL data and constants.
Important safety notes and recommendations for using the topography module.
Procedure for initial and standard topography calibration.
Ensuring high measurement precision by calibrating the Biometry module.
Performing Biometry, Topography, and WTW calibration simultaneously.
Managing SOCT software users, including adding, removing, and editing accounts.
Procedure for creating new user accounts with login, password, and privileges.
Procedures for cleaning the device casing, applied parts, and lens.
Configuring PTS application for remote communication with the database.
Troubleshooting connection errors between SOCT app and device, checking USB port.
Troubleshooting remote database connection issues by verifying network settings.
General| Brand | Optopol |
|---|---|
| Model | REVO 60 |
| Category | Medical Equipment |
| Language | English |
