Applications Why SINON? Wavelength Technical Specifications Related Products

Wavelength

The basic operating principle of the SINON laser is selective photothermolysis.

When the beam of a Q-switched laser hits a pigment, the extremely short pulse (about 20 ns) with an extremely high energy of several million watts heats up the pigment so strongly that plasma develops. This plasma absorbs additional pulses, which leads to a shock wave (photo disruption, non-linear effect).

The shockwave blasts the pigmented particle into smaller parts, which are then removed from the body through phagocytosis and scabs. Not all pigmented particles are destroyed in a treatment, so several treatments are necessary.

Pigmented skin changes can be removed in one to two sessions. The treatment success when removing tattoos depends mainly on the dyes used (chemical composition, color spectrum) and the age of the tatoo as well as the depth and density of the color pigments (professional or amateur tattoos). The ruby laser handles almost the complete color spectrum.

The Q-switched ruby laser system SINON is the best solution for most colors. For red and orange, it may make sense to supplement SINON with a Q-switched Nd:YAG laser system.

Statements:

Dr. Waddah Barghouti:
"The SINON is very effective..." > more

Prof. Dr. Paasch:
"...works excellently with almost all colors..." > more

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