All reviews are from people who have redeemed deals with this merchant.
Reviewed December 5, 2011
· Reviewed May 21, 2018
· Reviewed May 10, 2018
What You'll Get
Although your body is a temple, covering yourself in bits of stained glass and swallowing thousands of candles has yet to be proven an effective beautification method. Shine up your shrine with today’s Groupon to Skin Deep Aesthetics in Conway. Choose between the following options:
- For $40, you get one teeth-whitening session (a $95 value).<p>
- For $70, you get two teeth-whitening sessions (a $165 value).<p>
Registered nurse Kimberly Lilly transforms visages with nonsurgical beauty rituals, channeling her beautifying expertise and 15 years of experience into brightening teeth. Kimberly paints chompers with a 16% hydrogen peroxide mixture and then exposes enamel canvases to a blue LED light for 15 minutes to speed up the whitewashing process, a fence-painting tactic first developed by Tom Sawyer. Two-time whitening patients return to the relaxing ambiance of Skin Deep Aesthetics for a repeat session to ensure that taffy-mashing maws are pristine, constantly smile ready, and preened for impromptu passport photos.
The Fine Print
Promotional value expires Apr 3, 2012. Amount paid never expires. Limit 1 per person, may buy 3 additional as gifts. Limit 1 per visit. Valid only for option purchased. May redeem across visits. Merchant is solely responsible to purchasers for the care and quality of the advertised goods and services.
About Skin Deep Aesthetics LLC
Though registered nurse Kimberly Lilly has 15 years of experience in plastic surgery, she prefers to help clients achieve their beauty goals through noninvasive treatments. The head aesthetician at Skin Deep Aesthetics LLC uses natural compounds such as chocolate, peppermint, and lavender in each of her facials to gently cleanse and hydrate skin without smudging sharpie goatees. She also performs slightly more intense procedures such as light chemical peels and crystal microdermabrasion to exfoliate skin and encourage cellular turnover.