Skip to main content

Dr Felix Li

←  Back

Intimate Areas

Radiofrequency Vaginal Remodelling

Overview

Radiofrequency vaginal remodelling is a minimally invasive treatment designed to restore tissue quality, improve elasticity and stimulate collagen regeneration in the vaginal and vulvovaginal tissues.

Our clinic utilises fractional radiofrequency microneedling technology with precision-controlled depth delivery to stimulate tissue remodelling at multiple levels.

As collagen and elastin naturally decline with age, childbirth and hormonal changes, vaginal tissues may lose elasticity, hydration and structural support.

By delivering controlled radiofrequency energy into targeted tissue layers, this treatment stimulates collagen production, improves tissue quality and supports structural rejuvenation.

This treatment is designed for women seeking non-surgical support for tissue laxity, reduced elasticity and age-related intimate tissue changes.

Common Concerns Addressed

How It Works

Treatment Process

Consultation

Detailed medical assessment and suitability evaluation

Duration

Typically 30–45 minutes

Comfort

Topical numbing may be applied

Downtime

Mild sensitivity or spotting may occur temporarily

Sessions

Usually 3 treatments spaced several weeks apart

When to Expect Results

Progressive improvement is typically noticed over several weeks, with continued collagen remodelling over 2–3 months.

Results vary between individuals. Medical assessment is necessary to determine suitability and discuss potential risks.

Frequently Asked Questions

How is this different from pelvic floor strengthening treatments?

This treatment focuses on collagen remodelling and tissue quality, rather than muscle strengthening.

Most patients tolerate treatment well with appropriate comfort measures.

A series of 3 treatments is commonly recommended.

Temporary mild sensitivity may occur, but downtime is generally minimal.

It may benefit women experiencing tissue laxity or age-related changes after proper medical evaluation.