North Dallas/Addison Location Ph. (214) 219-4000 4727 Frankford Rd. #305 Dallas
North Dallas/Addison Location Ph. (214) 219-4000 4727 Frankford Rd. #305 Dallas
During a laser hair removal treatment, a light-based system emits bright flashes of light into the skin where the unwanted hair resides. After being absorbed, the light energy heats up and kills the hair follicles. Each pulse of light energy takes a matter of seconds and treats multiple hairs at once, making this procedure very quick and easy to perform.
Because hair grows in different stages, multiple treatments are needed to target the hair follicles during their growth phase. Most patients require 5 to 8 hair removal treatments spaced 4 to 6 weeks apart to achieve desired results.
Fotona’s Nd:YAG lasers incorporate revolutionary pulse-control technology and a proprietary three-dimensional treatment pattern (FRAC3®) to provide safe and effective hair reduction. Unlike other wavelengths, only Nd:YAG is safe to use on all skin types. Fotona’s innovative system effectively targets surface treatment areas while leaving surrounding tissues unaffected. The success of hair reduction treatments depends largely on a patient’s skin and hair type, as well as the skills and treatment insight of the practitioner. Most patients can expect a significant reduction in unwanted hair, and any future hair growth will usually be thinner and lighter, and thus much less pronounced than before.
Fotona's high-performance Nd:YAG laser systems with FRAC3 technology have introduced new standards of efficiency in providing safe and effective hair reduction using an innovative system that effectively targets hair follicles with a combination of selective and homogenous photothermolysis.
Combined with the special high-performance S-11 scanner from Fotona, you can easily treat large areas such as the legs, back and chest quickly and efficiently, making laser treatments one of the most cost-effective solutions for long-term hair reduction. Fotona's high peak-power laser pulses provide the speed and efficiency needed to uniformly cover large scanning areas.
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**Results are not warranted and they will vary from person to person based upon multiple factors.
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