Operating instructions K-Laser Blue Dental Rev. ZE
Page 35 of 72
Where predicted the device allows to directly enter into a manual area.
The device will automatically define the following parameters.
The explanation of the impulse profile on the screen is described into more details.
The impulse is displayed in light blue.Horizontal line and
numerical value on the right represent the average power that the
device automatically calculates.
If ISB modality is on, a bar with red profile (970nm emission) is
present on the base among the impulses.
If ISB modality is off the bar doesn't appear.
It allows to select wavelengths, in single or combined modality.
445nm selected: the impulse is light blue.
970nm selected: the impulse is yellow.
445nm + 970nm selected: the impulse is violet.
The explanation of the following icons is described into more details.
Energy of each emitted impulse. The peak power is fixed and it is shown on
screen. If the - / + keys are pressed, the base of the impulse is modified and
this means that time and consequently energy of the impulse decreases or
increases.
Speed: frequency of impulses emitted in a second.
If the - / + keys are pressed, frequency (number of impulses in a second)
decreases or increases.
Warning
Follow carefully the indications written in the manual and in the software of the device. Do not
to treat spider vein's in patient with a skin type higher than 1. You can evaluate, eventually,
this treatment in patients with a skin type 2 only after having performed some tests of melanin
reaction and then adapting the treatment parameters according to the single patient.
Notice
Before starting spider vein's treatment of the Vascular area, the device asks to select the
patient skin type, based on the Fitzpatrick tone scale. These treatments can be applied only
for light skin.
Notice
If the key
is pressed, the device warns the operator that is entering in manual area and
asks confirmation before proceeding. After confirmation, you will enter in the following area. In
some areas, the device will directly show this screen.
The device shows the energy emitted during treatment.
The duty cycle is defined as the ratio between the pulse duration
(when the laser beam is actually actuated) and the total period of
time (which is the time from the beginning of a pulse to the
beginning of the next pulse).
Applied energy
Duty Cycle (%)
