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General| Brand | Optopol |
|---|---|
| Model | REVO nx |
| Category | Medical Equipment |
| Language | English |
Defines the purpose of the SOCT device for diagnosing and managing ocular diseases.
Specifies the required qualifications and skills for operating the SOCT system.
Lists conditions where the SOCT device should not be used to ensure patient safety.
Outlines essential cybersecurity measures for IT systems connected to the SOCT.
Summarizes cybersecurity controls for the SOCT with Windows 10 operating system.
Provides detailed technical specifications for the REVO nx and REVO nx 130 models.
Specifies the hardware and software requirements for the capture and review stations.
Details the safety standards and compliance requirements for the SOCT system.
Highlights critical hazards that may result in property damage, injury, or death.
Identifies hazards that, if not avoided, may result in property damage or injury.
Provides step-by-step instructions for safely unpacking the SOCT device.
Explains how to physically connect the SOCT device to the PC and power.
Guides users on how to start and activate the SOCT software application.
Covers viewing and managing the list of patient examinations.
Details the process for adding new patient records into the SOCT database.
Describes how to view and manage the list of patient examinations.
Explains how to export examination data in various formats.
Covers choosing the scan mode for retina, disc, anterior, and central scans.
Details how to select specific scanning programs like 3D, Radial, and B-scan.
Explains how to operate the device head movement controls via mouse or touchscreen.
Guides on adjusting scan parameters and saving custom settings.
Covers essential steps for preparing the patient and the device before an exam.
Explains the differences and usage of Full Auto, Semi Auto, and Manual acquisition modes.
Details various scanning programs like Retina, Central, Disc, and Angiography.
Defines the criteria for evaluating the quality and suitability of captured OCT images.
Describes different analysis views like Single, Both Eyes, Comparison, and Progression.
Explains the AI DeNoise algorithm for noise reduction and image quality enhancement.
Details the analysis of retinal thickness, including maps, graphs, and sector data.
Covers the analysis of NFL thickness and optic nerve head shape parameters.
Explains how to combine OCT and Visual Field data for a comprehensive report.
Lists prerequisites for loading perimeter tests into the SOCT application.
Details corneal thickness analysis using Anterior Radial and Wide Anterior Radial modes.
Explains how to use the tool to evaluate the angle opening (AOD).
Guides on using the tool to measure angles in the anterior segment.
Describes the Caliper tool for measuring lengths of anterior chamber structures.
Explains how to review tomogram images and defined thicknesses.
Covers tools for changing color and tomogram proportions.
Explains how to use measurement tools and add annotations to images.
Details how to manually correct layer recognition for accurate analysis.
Guides on manually editing the disc contour for accurate optic nerve head analysis.
Covers the generation of reports and outputs for posterior segment examinations.
Covers the specific reports for Disc OCT-A examinations.
Details the reports generated for biometry examinations.
Explains how to generate and manage multi B-scan reports.
Guides on selecting the printer before initiating a print job.
Guides on importing and selecting fundus photos for analysis.
Details the process of adding fundus photos to an existing examination.
Explains how the system automatically correlates OCT examinations.
Covers correlating fundus photographs with OCT examinations.
Explains how to display follow-up tomograms for comparison with a reference.
Guides on reviewing results from Fundus camera photography acquisition.
Provides details on acquiring and analyzing Retina OCT-A scans.
Introduces tools for quantifying vascular parameters like FAZ, VFA, and NFA.
Explains the algorithm for eliminating eye movement artifacts in Angio OCT and 3D exams.
Covers the analysis of Disc OCT-A scans.
Describes the Angio mosaic feature for presenting a wider field of view.
Details how to perform biometry measurements, including acquisition modes.
Guides on reviewing biometry measurement results for validity.
Defines White to White measurement and its values.
Guides on calculating intraocular lens power using patient biometric data.
Explains how to import, export, and edit IOL data and constants.
Provides critical safety notes for using the topography module.
Explains the different acquisition modes for topography scans.
Guides on reviewing topography scan results.
Covers various analysis types for topography data.
Details the keratoconus screening process and KPI results.
Explains different types of topography maps available for analysis.
Details how to prepare and install the calibration tool for device calibration.
Guides on performing initial and standard topography calibration.
Explains the calibration procedure for the biometry module.
Covers performing calibration for Biometry, Topography, and WTW simultaneously.
Covers general settings like language, skin, and clinic details.
Details database management and networking parameter setup.
Explains how to manage data storage locations and add folders.
Covers managing user accounts, privileges, and security settings.
Allows customization of device and software settings.
Guides on creating, modifying, and removing output data sets.
Explains how to perform database and examination backups.
Details the process for data recovery from storage.
Covers DICOM interface modules and configuration.
Provides instructions for routine cleaning of the device and its components.
Outlines essential activities for maintaining software in good condition.
Explains the importance and process of hard disk defragmentation for performance.
Provides information on ordering consumables and spare parts.
Covers fuse identification and replacement procedures.
Details the procedure for configuring network connections for SOCT.
Explains how to configure PTS application for remote communication and data transfer.
Details compliance with FCC rules regarding radio frequency energy and interference.
Outlines compliance with Canadian regulations for radio noise emissions.
Provides guidance and manufacturer's declarations on electromagnetic emissions and immunity.
