Just like skin, vaginal tissue is made up of collagen fibers. Over time, or with trauma, the collagen can lose its strength and shape, creating the feeling of looseness (laxity)—especially around the vaginal opening.
Common causes of vaginal laxity include childbirth, aging, genetic predisposition, lifestyle, and other physical stress on the tissue. Most of the solutions currently available can be invasive, lack efficacy, and require multiple treatments…. until now! Common causes of vaginal laxity include childbirth, aging, genetic predisposition, lifestyle, and other physical stress on the tissue. Most of the solutions currently available can be invasive, lack efficacy, and require multiple treatments…. until now!
What is Viveve®?
Just like skin, vaginal tissue is made up of collagen fibers. Over time, or with trauma, the collagen can lose its strength and shape, creating the feeling of looseness (laxity)—especially around the vaginal opening. Common causes of vaginal laxity include childbirth, aging, genetic predisposition, lifestyle, and other physical stress on the tissue. Most of the solutions currently available can be invasive, lack efficacy, and require multiple treatments…. until now!
Symptoms of Vaginal Laxity
Vaginal laxity can affect each person differently. Some of the following symptoms may indicate weakening, thinning, or disruption of collagen in the vaginal wall:
- Stress urinary incontinence (leakage of urine with sneezing, laughing, or exercise)
- Dryness
- Painful intercourse
- Loss of arousal
- Loss of ability to orgasm
What to Expect During the Procedure
The procedure, which is performed by one of our nurses or nurse practitioners, typically takes about 30 minutes and does not require local or topical anesthesia or analgesics. During treatment, five full passes are made with 0.5 cm overlapping intervals.
Patients typically describe their experience as comfortable, with a slight tingling sensation. Sensitive tissues throughout the targeted area remain unharmed, due to the device’s unique patented cooling mechanism.