- The handpiece has a unique spot-size sensor which provides automatic measuring of fluence whenever the spot-size is changed
- The colour touch-screen display allows easy selection of optimal wavelength and other treatment parameters
- Multilingual interface menu
- Superior articulated arm to enhance treatment procedure
- Compact, mobile, quiet
- Single-phase electrical main,
no external water requirements
Laser tattoo removal and pigmented lesion
treatment are non-invasive procedures that
completely remove skin defects leaving
one’s skin looking scarless and, most
importantly, spotless.
In the past, tattoos were removed
through methods such as dermabrasion,
salabrasion, cryosurgery, or acid injections.
All of these approaches left either serious
scarring on the skin or unpigmented,
“blotchy” areas where tattoo used to be.
Lasers for tattoo removal eliminate these
unfortunate side effects. The Q-switched
Nd:YAG laser is the newest system in this
class of lasers. The laser system offered by
SOLAR LS can treat everything from very
small tattoos to large multicolored tattoos
and pigmented lesions. This feature is
provided due to the possibility of choosing
the optimal laser radiation wavelength and
the spot size during treatment.
The laser system provides high power
output at special selected wavelengths,
which pass through the skin but absorbed
by ink or pigment. The rapid selective
absorption of light energy by ink or
pigment causes their fragmenting into
thousands of tiny particles, where they are
then removed by the body’s natural filtering
systems.
The use of optimized wavelengths, pulse
width, variable fluencies and spot sizes
results in tattoo removal and pigmented
lesion treatment without any skin damage.
This advantage of the device is provided by
a plenty of tunable parameters of laser radiation
and extremely wide range of their variation.
To switch from one treatment to another and,
accordingly, to change the laser operation
mode fundamentally physician just needs to
attach one of three smart handpieces, which is
appropriate to the treatment chosen.