Syracuse, New York (October 11, 2013) – La Fleur de Beauté, a renowned Syracuse, NY spa, is offering anti-aging products and services. Studies have revealed the benefits of hydroxy acids and liposomes on the skin, and the spa makes uses of various products and treatments that contain these to revitalize it.

La Fleur de Beauté offers retinol products that contain Alpha Hydroxy Acids (AHAs), Beta Hydroxy Acids (BHAs), anti-oxidants, and Vitamins A, C, and E. AHAs and BHAs remove dead skin cells and promote skin strength and moisture content. Anti-oxidants, as well as vitamins A, C, and E, help minimize the sun's negative effects on the skin and reduce the signs of aging. The products also help the skin maintain its soft, smooth, and silky feel.

Moreover, the day spa offers facial treatments that help customers have healthy and younger-looking skin. The staff uses glycolic peel, which also has AHAs and BHAs in amounts that lower the skin's acidity, renewing it and stimulating its moisture-producing cells.

They also offer microdermabrasion – a newer treatment that is more powerful for anti-aging exfoliation. As people age, the rate of skin renewal slows down. Microdermabrasion reverses this effect by forcing the skin to renew faster. In this treatment, tiny aluminum oxide crystals are used to smooth out fine lines and wrinkles on the face and reduce scarring, pore size, and even age spots.

La Fleur de Beauté also offers AHA peel services to remove dead skin cells and calluses on the hands and feet. After the peel is applied, warm paraffin is also applied to moisturize the skin and make it soft, as well as ease joint and muscle pain.

For a complete list of the day spa's services, visit www.LaFleurDaySpa.com.

About La Fleur de Beauté

The day spa opened for business on October 15, 1993 and people have been visiting them for their skin care needs since then. They are a preferred destination of people looking for a facial, a mud mask treatment, or a massage in Syracuse, on top of other services that relax and rejuvenate.