What does 'Handpiece Change Sensed' mean on Cynosure Apogee Elite Measuring Instruments?
The 'Handpiece Change Sensed' message on your Cynosure Measuring Instruments indicates that the handpiece was changed in ready or calibration modes.
What does 'No Handpiece' mean on Cynosure Measuring Instruments?
If your Cynosure Measuring Instruments displays 'No Handpiece', it means no handpiece is connected.
What does 'Power Supply Warning' mean when cap bank is not charged on Cynosure Apogee Elite Measuring Instruments?
If your Cynosure Measuring Instruments shows a 'Power Supply Warning' because the cap bank is not charged going to READY mode, check for high voltage. Verify the accuracy of the HV setting and read back the setting.
What to do if Cynosure Apogee Elite Measuring Instruments displays 'Check Fiber and Handpiece'?
If your Cynosure Measuring Instruments displays 'Check Fiber and Handpiece' because the fiber transmission is less than 50%, verify the energy monitor and cal port calibrations. Also, verify fiber transmission.
What to do if Cynosure Apogee Elite Measuring Instruments displays 'Check Fiber and Handpiece' when energy is not at cal port?
If your Cynosure Measuring Instruments displays 'Check Fiber and Handpiece' because energy is measured at the monitor but not at the cal port when required, verify fiber transmission.
What does 'Unable to Reach Fluence; Decrease' mean on Cynosure Apogee Elite Measuring Instruments?
If your Cynosure Measuring Instruments is 'Unable to Reach Fluence' and displays 'Decrease', and the HVPS limit was reached before the max. handpiece energy was reached, verify resonator performance and fiber transmission.
General| Brand | Cynosure |
|---|---|
| Model | Apogee Elite |
| Category | Measuring Instruments |
| Language | English |
Details optical and electrical hazards associated with laser systems.
Warns about eye damage from laser light and provides safety precautions.
Describes electrical dangers and necessary safety measures during servicing.
Explains grounding procedures to prevent electrical shock.
Outlines precautions to prevent fire risks when operating the laser.
Warns about scalding hazards from the laser's hot water system.
Provides an overview of the primary components of the laser systems.
Describes the function and specifications of the HVPS.
Details the fuse board's role in protecting storage capacitors.
Explains the capacitor bank's function and energy storage capacity.
Describes the subsystem that stores and delivers energy to flashlamps.
Explains the function of the IGBT driver board in controlling the IGBT.
Details the IGBT's role as a switching device and the snubber module's function.
Describes the simmer board's function and trigger transformer operation.
Outlines the function of the system control board, microprocessor, and software.
Describes the laser head or pump chamber assembly.
Explains the system that maintains the laser medium temperature.
Defines the standards for a properly working laser system.
Outlines a sequence for checking system and resonator performance.
Details the procedure for replacing the high voltage power supply.
Details the process of calibrating the laser's built-in energy meter.
Details the steps for a final functional and performance check.
Introduces common faults and diagnostic procedures.
Describes errors caused by improper operation and how to correct them.
Lists fault codes, their descriptions, and causes/solutions.
Explains critical faults that stop laser operation and require service.
Lists critical fault codes and their corresponding clear messages.
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