IACER Srl
19
MNPG117-02
automatically the ultrasound head when only one handle is
connected.
4.
Select duty cycle (10-100%) by pressing the buttons
DUTY CYCLE
(up arrow and down arrow).
5.
Select therapy time (1-30 minutes) by pressing the buttons
TIME
(up
arrow and down arrow)
.
6.
Put a good quantity of conductive gel on the area to be treated. It is
recommended to use a CE conductive gel.
7.
Regulate the intensity of the treatment using the knob (7). Press any
of the
PROGRAM, FREQUEN., DUTY CYCLE
or
TIME
buttons during
the treatment to visualize W (Watts) or W/cm² (Watt/sq cm).
8.
Keep the head in constant contact with the skin and make sure that
the part is covered in gel so that the therapy is effective. The green
LED located next to the head on the handpiece lights up when the
device is working.
9.
The device has a head/skin coupling system for safety reasons. If the
contact is not correct and if the intensity is set above 0,5W, the LED
on the handpiece and the symbol
on the display will start
flashing. The system is not available on the 1cm head because of the
reduced contact area: the device emits an ultrasound beam even if
the head is not in contact with the skin. This is not a defect but rather
a technical choice, as it would be impossible to perform therapies on
small and irregular areas like toes or fingers with such a system.
10.
It’s possible to stop temporary the therapy at any time pressing the
knob (7). Press again the knob to continue the treatment.
11.
Press the orange button
to stop immediately the treatment
in progress
We advise handling the handpieces with care in order to preserve them.
In order to ensure efficient transfer of energy, a contact means is required
between the ultrasound head and the body. Air causes virtually total reflection
of the ultrasound energy. The best means for the transfer of ultrasound energy
is the ultrasound gel. Put a quantity of conductive gel on the area to be treated.
Move the ultrasound head during therapy session in a circular motion. The
treated area should be twice the ultrasound head area.
