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ELOS technology uses a simultaneous activity of a semi-conductor laser light and bipolar current of high radiofrequency (RF). The laser energy is absorbed by hemoglobin in the dilated vessels through a selective photothermolysis. Energy of the radiofrequency current, conducted through the skin, heats the vessel up until it reaches the temperature which destroys it. This technology is the basis of...
ELOS technology uses a simultaneous activity of a semi-conductor laser light and bipolar current of high radiofrequency (RF). The laser energy is absorbed by hemoglobin in the dilated vessels through a selective photothermolysis. Energy of the radiofrequency current, conducted through the skin, heats the vessel up until it reaches the temperature which destroys it. This technology is the basis of...
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