Fotona FRAC3
in Tampa Bay, FL
Tampa Bay's Largest, Most Trusted Medical Aesthetic Facility
Laser Hair Reduction – 20% OFF All Areas!
The state-of-the-art InMode Triton dual laser & Fotona Yag lasers are clinically proven to be effective in targeting even the most stubborn hair while offering quicker treatment times and improved patient comfort.
No expensive packages. Pay as you go!
- Underarms: Now $80
- Bikini: Now $100
- Brazilian (Female): Now $120
- Upper Legs: Now $160
- Lower Legs: Now $160
- Full Legs: Now $280
- Chest & Abdomen: Now $200
*A series of 6-8 treatments, 4-6 weeks apart is recommended.
Fotona FRAC3® Laser Hair Removal
In the past, laser hair removal was only appropriate for certain patients. Advances in technology have made it possible to address a wide range of hair colors and skin types with typically excellent results. Introducing Fotona FRAC3®, an innovative and versatile laser hair removal technique that offers virtually pain-free hair reduction for both large and small areas. Fotona uses an Nd:Yag laser, which is designed for use on pale, medium, and even dark skin tones without causing damage to the surrounding tissue. During your initial consultation, we can determine if this method best suits your needs and goals.
Fotona utilizes proprietary FRAC3® technology, a 3D treatment pattern that makes addressing larger areas, like the back, legs, and chest, faster and easier than ever before. Fotona may require fewer treatment sessions to reduce unwanted hair, and there is typically no downtime, so you can get back to your life sooner. Sensitive areas, such as the face, bikini line, and neck, can be treated with little to no discomfort, and the deep penetrating laser offers longer-lasting results than traditional laser techniques. If you’re tired of shaving, waxing, or plucking, or if you’ve been disappointed by other laser hair removal modalities, Fotona may be the solution you’ve been waiting for.
Fotona FRAC3 Pricing
Contact Us For Your Tampa Bay Fotona FRAC3 Consultation
With our non-surgical laser hair removal with Fotona FRAC3 Tampa Bay patients can safely and comfortably diminish unwanted hair from troublesome areas such as the upper lip, legs, arms, chest, underarms, bikini line, and more. For a free consultation regarding laser hair reduction consultation, contact our office or call us at (813)-859-5821 today! We can help you achieve long-lasting relief from unwanted hair.
Laser Hair Removal
Frequently Asked Questions
While you may see hair reduction in the treated areas after the first treatment, most of our patients need somewhere between six and eight treatments to remove all the hair. That’s because hair grows in cycles, so not all follicles are in the active growth phase while you are in treatment.
Side effects can vary depending on hair color, skin type, your treatment plan and your adherence to after care instructions. In general, the most common side effects include mild discomfort, irritation, and swelling and redness and these typically subside on their own within several hours.
Yes. Laser hair removal removes ingrown hairs because it kills the problem at its root: the hair follicle.
No. While it can cause mild and temporary stinging sensation, we provide topical anesthetic creams to ensure your maximum comfort during your treatment.
If you have unwanted hair, chances are you’re a candidate however laser hair removal tends to be most effective on individuals with light skin tones and dark hair.
No, shaving will not have any effect on your results. You should however, refrain from direct sun exposure or tanning treated areas as your skin will be extra sensitive following treatment.
While laser hair removal is long lasting, it is not permanent and new hairs may eventually grow back. While laser hair removal is long lasting, it is not permanent and new hairs may eventually grow back.
- Mayo Clinic. Laser hair removal. Available: https://www.mayoclinic.org/tests-procedures/laser-hair-removal/about/pac-20394555. Accessed December 15, 2021.
- STAT Pearls Publishing. Laser hair removal. Available: https://www.ncbi.nlm.nih.gov/books/NBK507861. Accessed December 15, 2021.
