FOR A FRESH YOUTHFUL APPEARANCE
SKIN REJUVENATION
FRACTORA SKIN REJUVENATION
Fractora™ is the most advanced fractionated RF energy treatment available on the market. It uses radio-frequency to heat the skin and bipolar energy to control the depth of skin resurfacing, delivering optimal results. It creates micro-lesion dots in the process, delivering heat through specially designed Fractora™ pins to promote collagen production and effective skin rejuvenation.
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Fractora™ dramatically reduces wrinkles, slows the effects of aging, and restores skin to its youthful appearance. It is a phenomenal treatment for hormonal or cystic acne, acne scarring, fine lines, deep wrinkles, lax skin, pigmentation, and textural concerns. It can be used on most areas of the body.
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While there is some downtime associated with this procedure, it allows for faster and better healing compared to other resurfacing treatments. This unique combination of deep dermal heating provides a more effective treatment than most other lasers and resurfacing devices.
What are the Treatment Areas for Fractora™?
The areas most commonly treated with Fractora™ in Toronto are those regularly exposed to the sun or prone to sun damage, wrinkles, acne, and scarring. These include, but are not limited to, the following:
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The neck
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The upper and lower eyelids
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Laugh lines
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Lip lines
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Chest
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Forehead and eyebrow area
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Cheeks and lower face
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Any area with severe discoloration
BENEFITS
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Exceeds results similar to the best fractional CO2 lasers on moderate and deep wrinkles, even on skin type VI.
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Safe to treat areas off the face, with profound contraction on the neck and abdomen.
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Significantly resolves cystic acne and scars, improving acne scarring by 50%.
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Safe on skin type VI with little risk of post-inflammatory hyperpigmentation (PIH), which is common with CO2 and other resurfacing energies.
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Less downtime or risk of adverse reactions compared to the best fractional CO2 lasers Multiple settings mimic aggressive fractional CO2, Er: YAG, IR laser and deep (dermal/ sub-dermal) volumetric heating through tips with various depths and pin density configurations.