What to do if Cynosure Medical Equipment shows Low Trans?
If your Cynosure medical equipment displays a 'Low Trans' message, this indicates that the fiber, handpiece, or focus lens is damaged and needs replacement.
Why does Cynosure Medical Equipment show Fuse Open?
A 'Fuse Open' error on your Cynosure medical equipment suggests a blown capacitor bank fuse or a shorted dump circuit, requiring professional service.
What to do if Cynosure Medical Equipment shows No High Voltage?
If your Cynosure medical equipment displays 'No High Voltage', it indicates that the capacitor bank or HVPS wire is shorted, or there's no read back voltage. This requires service.
What causes Heater Fault in Cynosure Medical Equipment?
A 'Heater Fault' in Cynosure medical equipment is caused by an open thermostat or heater, or a blown heater fuse. This issue needs service.
What does No Simmer YAG mean on Cynosure Medical Equipment?
A 'No Simmer YAG' error on Cynosure medical equipment indicates a broken lamp or a blown fuse, and the device needs service.
What to do if Cynosure Medical Equipment shows Dump Fault?
A 'Dump Fault' on Cynosure medical equipment may be caused by a fuse fault at power up, the dump being always on (possibly due to a shorted dump, failed dump TX, or HVPS failure), or the dump not working (possibly due to broken fiber connections to the cap bank or a disconnected/failed HVPS). This requires service.
Why does Cynosure Medical Equipment show Coolant Sensor Fault?
A 'Coolant Sensor Fault' in Cynosure medical equipment is due to an open thermistor sensor or the sensor being unplugged. This issue needs service.
What does YAG Cal Failed, Energy Low mean for Cynosure Medical Equipment?
A 'YAG Cal Failed, Energy Low' message on Cynosure medical equipment means the YAG cal port energy is too low to use, requiring service.
What causes YAG Calibration Error in Cynosure Medical Equipment?
A 'YAG Calibration Error' in Cynosure medical equipment indicates an incorrect Resonator Port or Cal Port sensor calibration, requiring service.
What does Open Shutter Fault mean on Cynosure Medical Equipment?
An 'Open Shutter Fault' on Cynosure medical equipment indicates that the safety shutter is stuck closed. Do not use the laser until it has been serviced.
Provides definitions for symbols and abbreviations used in the manual.
Description of the Cynergy laser's dual-wavelength technology and principles.
Details the content and purpose of the operator's manual.
Details risks of eye damage from laser radiation and necessary precautions.
Highlights high voltage risks and precautions for operating the laser system.
Discusses safe handling of dye medium and precautions against spills.
Provides emergency response guidelines for chemical exposure incidents.
Warns about the risk of scalding from hot cooling water and precautions.
Outlines precautions to prevent fires caused by laser energy interaction.
Addresses potential interference issues with RF equipment and EMC precautions.
Explains built-in safety mechanisms to prevent misuse and accidental activation.
Describes the function of the key switch for controlling laser activation.
Details the emergency stop function for immediate laser shutdown.
Explains the standby mode to prevent unintentional laser activation.
Describes the safety delay before laser activation for operator preparation.
Covers automatic system shutdown due to faults and fault code display.
Explains the remote interlock feature for safety in treatment rooms.
Indicates laser emission with a pulsed tone.
Recommends posting warning signs at treatment room entrances.
Details how to lock and unlock the laser system's casters.
Identifies and explains the purpose of safety labels on the laser device.
Diagram showing the physical placement of device labels on the laser.
Illustrations and descriptions of various safety labels affixed to the laser.
Specifies the physical dimensions and weight of the Cynergy laser system.
Details the power supply, voltage, and amperage needed for the laser.
Outlines conditions for air quality, humidity, and temperature for optimal operation.
Provides guidelines for safe storage and transportation of the laser system.
Instructs on the proper disposal of laser equipment according to WEEE directive.
Identifies the primary physical parts of the Cynergy laser system.
Illustration of the front view showing key components of the laser.
Diagram showing internal components accessible via the front door.
Illustration of the rear view detailing system connections and ports.
Diagram of the laser's right side, highlighting components like fans and cord holders.
Explains the operation and function of the system's key switch.
Describes the optical fiber and handpiece system used for laser delivery.
Step-by-step instructions for connecting the optical fiber to the laser system.
Procedure for safely replacing the handpiece and recalibrating the system.
Diagram illustrating the handpiece, its components, and connections.
Details the finger switch and foot switch used to activate the laser.
Overview of the controls and displays on the laser's front panel.
Image labeling the main controls on the front panel.
Explains the emergency stop button for immediate system shutdown.
Describes the calibration port and its function in measuring laser energy.
Details the touch screen display used for system interaction and monitoring.
Explains the various screens and interfaces of the laser's software.
Description of the initial screen after system startup and its navigation options.
Visual representation of the Home Screen interface.
Details the screens used for setting treatment parameters like fluence and pulse width.
Example screen for setting PDL treatment parameters.
Example screen for setting YAG treatment parameters.
Breaks down the components and functions of the treatment display screens.
Diagram labeling specific elements within the treatment screens.
Explains the interface for the MultiPlex option, combining PDL and YAG.
Illustration of the MultiPlex treatment screen.
Describes the utility screen for diagnostic information and system controls.
Diagram of the Utility Screen interface with its various options.
Details the options available for system configuration and language settings.
Visual representation of the Option Screen.
Provides technical specifications for the Cynergy laser system.
Lists general technical data for the Cynergy laser, including dimensions and power.
Details fluence parameters for PDL and YAG laser operations.
Step-by-step guide for powering on and preparing the laser system.
Procedure for safely turning off the laser system.
Procedure for calibrating the laser's energy output before use.
Explains how the system maintains energy output and handles 'Out of Range' faults.
Guidance on selecting parameters and delivering laser pulses during treatment.
Procedure for safely adjusting treatment parameters during operation.
Specifies essential training aspects for YAG laser operators.
Lists conditions treated, patient restrictions, and potential adverse effects for YAG laser.
Steps for patient assessment, information, and preparation before YAG treatment.
Guidelines for setting energy levels, number of sessions for YAG treatment.
Patient care instructions after YAG laser treatment.
Specifies essential training aspects for PDL laser operators.
Lists conditions treated, patient restrictions, and potential adverse effects for PDL laser.
Identifies ideal patient candidates for PDL laser treatment.
Steps for patient assessment, information, and preparation before PDL treatment.
Guidelines for setting energy levels, number of sessions for PDL treatment.
Patient care instructions after PDL laser treatment.
Specifies essential training aspects for MultiPlex option operators.
Lists conditions treated, patient restrictions, and potential adverse effects for MultiPlex.
Identifies ideal patient candidates for MultiPlex option treatment.
Steps for patient assessment, information, and preparation for MultiPlex treatment.
Guidelines for setting parameters, sessions for MultiPlex treatment.
Patient care instructions after MultiPlex laser treatment.
Guidelines for cleaning and disinfecting the laser system and handpiece.
Instructions for refilling the laser's water reservoir with distilled water.
Explains the function of the dye filter and inject bottle in dye laser operation.
Step-by-step guide for replacing the dye filter and inject bottle.
Information on identifying and resolving common laser system faults.
A guide to diagnosing and solving common laser operational problems.
Instructions for downloading diagnostic data to a USB stick for analysis.
Details warranty information for direct and distributor purchases.
Procedure for filing claims for damaged or defective merchandise.
Describes the process of laser installation and initial customer training.
Provides contact information and hours for technical and clinical support.
Explains the built-in energy meter and its components for calibration.
Lists the necessary equipment for performing laser calibration.
General steps and prerequisites for calibrating the laser system.
Specifies emissions compliance and guidance for the electromagnetic environment.
Details immunity test levels and guidance for the electromagnetic environment.
General| Wavelength | 585 nm (Pulsed Dye), 1064 nm (Nd:YAG) |
|---|---|
| Laser Type | Pulsed Dye and Nd:YAG |
| Spot Size | 2 mm, 3 mm, 5 mm, 7 mm, 10 mm |
| Fluence | 5 - 600 J/cm² (Nd:YAG) |
| Electrical Requirements | 200-240 VAC, 50/60 Hz |
| Display | Touchscreen |
| Energy Output | Pulsed Dye: Up to 20 Joules, Nd:YAG: Up to 60 Joules |
| Cooling System | Integrated Dynamic Cooling Device (DCD) |
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