Fractional laser skin resurfacing is effective with doctor in Walnut Creek
Enjoy the dramatic results of laser Fractional skin resurfacing in Walnut Creek CA without downtime. As both a board-certified dermatologist and inventor of laser technologies, Dr. Christine Lee is adept at selecting the right lasers for her patients. The fractional approach is popular with patients who want an effective treatment that doesn’t interfere with their busy lifestyles.
Uniquely powerful
Fractional lasers don’t treat the surface of the skin alone,
yet they don’t remove tissue as a means of penetrating deeper layers of
skin. This approach treats outermost skin and underlying tissues, but
does so safely and effectively without removing tissues. Traditional
full resurfacing or ablative lasers do away with the outermost layers of
skin. Fractional lasers in experienced hands at the Skin and Laser
Treatment Institute create tiny “microspots,” or small areas of injury.
This controlled damage stimulates collagen remodeling. As the production
of firming collagen is stimulated, you’ll notice a more refreshed and
youthful appearance and texture.
Depending on your needs, Dr. Lee may recommend one of the following fractional procedures:
- ActiveFX – For wrinkles, fine lines, scars, hyperpigmentation, and enhanced “glow” and tone
- DeepFX – For more severe creases and lines, including deeper wrinkling around the lips
- TotalFX – A “combination” treatment that treats deeper scarring and furrows while improving dryness and uneven coloration
Each of the above treatments are administered with the Lumenis CO2 laser, which holds a prominent spot among some of the most well-respected CO2 lasers in the industry. This represents Dr. Lee’s use of gold-standard devices and her hand in innovating them alongside engineers with medical laser companies.
Have it all
Don’t sacrifice effectiveness for a time-consuming technique. Likewise, you don’t have to go through drastic treatments to get the results you’re after. Call (925) 528-0117 to schedule a consultation and find out more about the fractional approach.
