Skin

Laser Skin Resurfacing

Laser skin resurfacing uses a laser beam to remove the damaged outer layer of skin, revealing firmer, smoother, younger-looking skin beneath. Laser skin resurfacing eliminates fine lines and wrinkles as well as uneven pigment, skin discoloration and scars.

Elos™ Technology Skin Rejuvenation

Elos™ Technology skin rejuvenation uses a unique combination of radio frequency and light to treat problem vein areas, sun damage, rosacea, age spots and freckles. Elos Technology also makes possible the ReFirme™ Skin Tightening procedure, which reduces wrinkles and enables your skin to achieve a younger, tighter and firmer appearance. Elos Technology treatments require no sedation or downtime, and the average procedure takes less than 30 minutes to perform.

Microdermabrasion

Microdermabrasion is an advanced form of skin resurfacing which uses a spray of highly controlled crystals to loosen and remove the surface layers of dead skin cells, improving circulation and encouraging the formation and growth of new skin.

Dermasound™ Plus

Dermasound™ Plus, a new aesthetics technology, uses low frequency ultrasound to loosen and remove dead cells from the skin's surface. The treatment gently restores the natural electrical charge to individual skin cells and produces tiny, temporary openings into skin tissue. The result is healthier, more beautiful skin.

Chemical Peel

Chemical Peel, the number one established cosmetic treatment today, involves the use of one or more chemicals, such as alpha hydroxy acids, to remove surface skin layers and encourage the growth and formation of new skin.

BLU-U® Blue Light Acne Treatment

BLU-U® Blue Light Acne Treatment is an effective alternative to treating acne with drugs or antiobiotics. The BLU-U treatment utilizes a special light that kills the acne-causing bacteria in the skin. Treatments are simple and take about 15 minutes. The treatments, which may continue for several weeks, are safe and painless, and can effectively control or clear up acne for long periods of time.