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XLASE PLUS

Troubleshooting manageable by the client

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1.1 The device does not turn on

The touchscreen display does not light up, it remains disactivated.


Make sure the cable is properly plugged into the machine and into the power outlet.

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3.1 Inside the cooling circuit there are air bubbles

Inside the cooling circuit there are air bubbles that do not allow the liquid to circulate properly.


Perform Fill and Vent procedure.

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2.1 The touchscreen display appears to be on

There is no response when typing or selecting commands.


Turn the device off and wait for two minutes. Then turn it back on.

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3.2 Not enough liquid

There is not enough liquid inside the cooling circuit.


Perform Fill and Vent procedure.

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1.2 The device does not turn on

The touchscreen display does not light up, it remains disactivated.


Make sure the cable is working properly by connecting another electronic device.

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1.3 The device does not turn on

The touchscreen display does not light up, it remains disactivated.


Replace the cable with a similar one, if available.

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1.4 The device does not turn on

The touchscreen display does not light up, it remains disactivated.


Check the integrity of the fuses with the machine disconnected from the power supply. Open the special compartment located near the power socket. Carefully check that the fuse is not blown or that the wire inside is not broken.

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2.2 The touchscreen display appears to be on

There is no response when typing or selecting commands.


Make sure there is no external pressure on the display monitor.

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4.1 Handpiece recognition error


Check correct connection of the handpiece to the device.

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Flow Alarm

Troubleshooting manageable by the client

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Diode handpiece 1200/2800/4000

Troubleshooting manageable by the client

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4.2 Optical alarm


Check optical alarm and insert it.

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5.1 While applying pressure to the button / pedal, the handpiece does not emit a flash


Make sure that the device is in operating mode.

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5.2 Check operation


If the handpiece button does not respond, check operation using the pedal and viceversa.

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5.3 Pulse counter


Check if the pulse counter on the monitor progresses when the button is pressed. In the event that the pulses which are not emitted are also counted, a power generator failure is assumed.

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6.2 Check the hydraulic system


Check the hydraulic system. The presence of air in the system could affect the efficiency of the cooling system. Carry out the Fill and Vent procedure.

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6.1 The diode repeatedly goes into OVEARHEAT


Check temperature. It must not exceed 24 ° C.

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6.3 Reduce frequency


It is possible, especially in prolonged sessions, that there is no need to reduce the pulse emission frequency. Reduce from display to 5Hz.

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7.1 Optics efficiency. Sapphire is not perfectly transparent.


An initial condensation that could condense the sapphire tip is a normal condition. However, the emission window must be cleaned constantly, even during treatment, using a soft gauze soaked in an alcohol and water solution.

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8.1 Presumed reduction of energy in the emission phase


Proceed with the energy measurement if the system allows it

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CPL Handpiece

Risoluzione Problemi gestibili dal cliente

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9.1 Handpiece recognition error


Check the correct connection of the handpiece to the device

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10.1 While applying pressure to the button / pedal, the handpiece does not emit a flash


Verify that the device is in operating mode.

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10.2 Check operation


If the handpiece button does not respond, check operation using the pedal and viciversa.

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10.3 Pulse counter


Check if the pulse counter on the monitor progresses when the button is pressed. In the event that the pulses which are not emitted are also counted, a power generator failure is assumed. (open a ticket).

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11.1 In operating mode the lamp does not turn on (FLASH LAMP ALARM)


Check that at START the Cut Off filter is not inserted in the slot of the handpiece. Switch off the machine and repeat the ignition mode with the cut off deactivated. Activate it only when specifically indicated on the software.

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12.1 Presumed reduction of energy in the emission phase


Check the cleanliness of the cut off filter. The filter must be perfectly transparent. Clean with a soft gauze soaked in a solution of alcohol and water.

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12.2 Check the transparency


Check the transparency of the tip of the guide glass.

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12.3 Energy measurement


Take an energy measurement if the device allows it.

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12.4 Check that the handpiece is correctly inserted


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QS ND: YAG Handpiece

Troubleshooting manageable by the client

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13.1 The lamp does not turn on


Disconnect the handpiece from the connector and insert another if available. In the event that the handpiece used as a replacement should light up, it means there is a problem with the lamps. Therefore open a ticket.

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14.1 Handpiece recognition error


Check the correct connection of the handpiece to the device

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15.1 The lamp does not turn on


Disconnect the handpiece from the connector and insert another if available. In case of operation of the latter, the problem is related to the lamp. Open a ticket.

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16.1 Presumed reduction of energy in the emission phase


Check cleanliness of the anti-reflective lens positioned at the tip inside the handpiece. Clean with a soft gauze soaked in a solution of alcohol and water.

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16.2 Check that the focal lens


Check that the focal lens inserted in the tip of the handpiece is perfectly clean. Clean with a soft gauze soaked in a solution of alcohol and water.

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16.3 Energy measurement


Take an energy measurement if the device allows it.

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17.1 KTP - Presumed reduction of energy in the emission phase


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17.2 Check that the optics are perfectly clean.


Check that the optics are perfectly clean. Clean with a soft gauze soaked in a solution of alcohol and water

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17.3 Check for correct alignment of the optics.


Check for correct alignment of the optics. Make sure that the indication on the front of the handpiece matches that on the KPT bushing.

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SLP ND:YAG Handpiece

Troubleshooting manageable by the client

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18.1 Handpiece recognition error


Check the correct connection of the handpiece to the device

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19.1 The lamp does not turn on


Disconnect the handpiece from the connector and insert another if available. In case of operation of the latter, the problem is related to the lamp. Open a ticket.

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20.1 Presumed reduction of energy in the emission phase


Check cleanliness of the anti-reflective lens positioned at the tip inside the handpiece. Clean with a soft gauze soaked in a solution of alcohol and water.

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20.2 Check that the focal lens


Check that the focal lens inserted in the tip of the handpiece is perfectly clean. Clean with a soft gauze soaked in a solution of alcohol and water.

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20.3 Energy measurement


Take an energy measurement if the device allows it.

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21.1 KTP - Presumed reduction of energy in the emission phase


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21.2 Check that the optics are perfectly clean.


Check that the optics are perfectly clean. Clean with a soft gauze soaked in a solution of alcohol and water

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21.3 Check for correct alignment of the optics.


Check for correct alignment of the optics. Make sure that the indication on the front of the handpiece matches that on the KPT bushing.

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SPACERS


Check the correspondence of the magnets with those on the bushing of the handpiece. Rotate to check for proper anchoring.

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Check the presence of the magnets


Check the presence of the magnets on the spacer side and the handpiece bushing side.

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