Customer Reviews
What You'll Get
Being beautiful is hard work, which is why, when viewed up close, most supermodels resemble elderly oil-rig workers. Ditch the beauty grunt work with today's Groupon: for $150, you get $300 worth of Botox at Dermatology Center of Long Island in Hicksville. This deal will cover one treatment to the forehead, glabella (between the brows), or crow's-feet.
Dermatology Center of Long Island offers an extensive menu of cosmetic services administered by Dr. Joel Lamm and his elite team of skintologists. Using an injectable, FDA-approved Botox, Dr. Lamm and his staff are able to temporarily rewind time, giving facial façades a youthful, more relaxed appearance, and resurrecting fallen skin folds without a trip to the Pet Sematary. Choose to erase forehead etchings, fill in crow's-feet crevices, or plump up the glabella lines, which hang between the eyebrows. Changes are visible in as few as three days, and typically last up to four months, though results vary from patient to patient.
The Fine Print
Promotional value expires Aug 6, 2011. Amount paid never expires. Limit 2 per person, may buy 1 additional as a gift. By appointment only. 24hr cancellation notice required. Merchant is solely responsible to purchasers for the care and quality of the advertised goods and services.
About Dermatology Center of Long Island
Board-certified physician Dr. Joel Lamm has studied the human body at large, but he specializes in the body’s largest organ: the skin. He draws on dermatology training undertaken at Johns Hopkins Hospital—as well as his three decades of field experience—at his current practice, Dermatology Center of Long Island. There, he and his team finesse skin with an array of treatments, from Botox, Juvederm, Voluma, and other dermal fillers to laser hair removal. The center's photo-rejuvenation treatments combat sun damage, age spots, and other blemishes. To further combat aging, the staff uses chemical peels and microdermabrasion to slough away tough outer skin, revealing brighter complexions below the surface.