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General| Wavelength | 193 nm |
|---|---|
| Pulse Frequency/Repetition Rate | 1050 Hz |
| Aperture Size | Variable |
| Treatment Speed | 1.3 seconds per diopter |
| Spot Size | 0.54 mm |
| Ablation Time | Dependent on correction |
| Eye Tracker | 6-dimensional eye tracking system |
| Fluence | Variable |
| Treatment Time | Dependent on correction |
| Applications | Refractive surgery, LASIK, PRK |
| Laser Type | Excimer laser |
| Pulse Energy | Variable |
| Pulse Duration | Variable |
Details about the product name, device description, class, and manufacturer.
Explanation of symbols used in the manual for warnings, cautions, and notes.
Manufacturer's disclaimer regarding product use, negligence, and unauthorized modifications.
Details on the warranty period, coverage, and exclusions for the AMARIS system.
General instructions for proper and safe operation of the SCHWIND AMARIS.
Overview of applicable medical device regulations and directives for safe use.
Measures to reduce risks associated with laser radiation and other hazards.
Key responsibilities of the operator for ensuring patient and device safety.
Potential hazards associated with laser operation, including radiation and gas exposure.
Guidelines for safe connection of external devices to the AMARIS laser.
Explanation of identification labels, symbols, and connection terminal labels.
Description of the AMARIS excimer laser's medical applications in refractive surgery.
Lists absolute and relative contraindications and potential side effects of laser surgery.
Identifies potential risks associated with treatments using AMARIS lasers.
Lists the main components of the SCHWIND AMARIS excimer laser system.
Details the design and operational features of the AMARIS 750S/1050RS and 500E models.
Details the classifications of the excimer, aiming, cross, and OCP lasers used.
Description of the operating microscope and its illumination system.
Function and maintenance of the system for removing surgical particles.
Details on the system for debris removal and plume evacuation during surgery.
Overview of optional components like Video System, Printer, and Eye Tracking.
Important safety and procedural notes for installing the AMARIS laser system.
Guidelines for environmental conditions, room setup, and door specifications.
Diagrams and measurements for device placement and room requirements.
Specifies required air, temperature, and humidity conditions for operation and storage.
Details on software compatibility and installation requirements for AMARIS and CAM.
Information on scope of delivery, packing, transport configurations, and damages.
Procedures for system setup, connection, and user training by authorized personnel.
Basic guidelines for operating the AMARIS excimer laser safely.
Description of the device's control system including keyboard, touch pad, and monitor.
Location and operation of the emergency stop button for immediate system shutdown.
Step-by-step instructions for powering the AMARIS system on and off.
Procedures for handling power loss and UPS operation.
Explanation of the controls on the excimer laser's panel, including magnification and laser controls.
Instructions for adjusting magnification, focus, and eyepieces of the operating microscope.
Guide to user login, password input, and main menu navigation.
Overview of available functions like TAM, Settings, User Accounts, and Credit Code.
Procedure for creating, managing, and deleting user accounts.
Adjustments for treatment printout, units, OCP, and display settings.
Details on managing treatment credits, importing files, and viewing credit overviews.
Tool for standardizing surgical procedures and pre-setting treatment steps.
Instructions for performing system software updates using provided files.
Procedures for calibrating the system using fluence measurement and detector connection.
Steps for performing a drift test to compensate for optical system drifts.
Procedure for changing the excimer laser gas supply and troubleshooting gas issues.
How to copy and forward system log files and treatment data for analysis.
Options for printing, exporting, or displaying treatment PDFs and videos.
Information on the content and format of treatment printouts.
Overview of selecting new, imported, or recovered treatments from the main menu.
Guide to planning new treatments using SCHWIND CAM software modules.
Steps for executing a planned treatment via the AMARIS software.
Procedure for recovering and continuing treatments that were previously aborted.
Explanation of the eye tracking system for compensating eye movements during ablation.
Functionality for measuring corneal thickness during treatment.
Using the timer as a tool for specific applications during treatment steps.
Essential safety warnings and precautions for cleaning and maintaining the device.
Manual cleaning procedures for various AMARIS components.
Specific instructions for cleaning the laser unit's external housing.
Guidelines for cleaning the patient bed, including safety warnings.
Procedures for cleaning the operating microscope and related optical parts.
Instructions for cleaning the aperture area and eye tracking components.
Information on sterilizing specific parts like pens and microscope caps.
User limitations and safety protocols for maintenance tasks.
Common issues with the microscope and their remedies.
Procedure for replacing the particle aspiration system nozzle.
Guidelines for replacing the plume evacuation system nozzle.
Information on mandatory annual technical safety inspections.
List of optional components and consumables with article numbers.
Details on expected service life and wear part availability.
Instructions for proper disposal of the laser device and its components.
Details on backup batteries used in Panel PCs and embedded PCs.
Explanation of nomogram files and age-based profile adjustments.
List of electrical safety components and their specifications inside the AMARIS.
Information on electromagnetic compatibility and interference guidelines.
Essential performance criteria and protective measures against EM disturbances.
Table of cables and components affecting EMC compliance.
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