Absolutely! The release of scar tissue is permanent, and the continued stimulation of collagen ensures ongoing improvements in your skin’s appearance over time.
For those struggling with acne scars, particularly the deep tethered scars that cause visible dips or indentations, microneedling RF for acne scars offers an advanced and effective solution. This technique works by releasing fibrous bands beneath the skin while delivering radiofrequency energy to stimulate natural collagen production, helping restore smoother skin texture. Similar to RF lasers for acne scars, this treatment enhances healing, improves skin quality, and is especially beneficial for rolling or tethered scars. Performed under local anaesthesia for maximum comfort, microneedling RF is often combined with other scar-reduction therapies to achieve beautifully even and rejuvenated skin over time.
Subcision RF is a highly effective treatment for stubborn, deep acne scars that don’t respond well to creams or peels. By combining the benefits of RF microneedling for acne scars with targeted subcision, it breaks down the fibrous bands causing skin depressions while stimulating collagen for smoother texture. Similar to RF lasers for acne scars, this treatment enhances skin healing and delivers long-lasting improvement, making it an excellent choice for achieving clear, even skin.
Rolling scars, depressed scars, and tethered scars respond exceptionally well to this advanced technique
Performed under local anaesthesia, the procedure is designed for your comfort. Most patients experience only pressure or a mild tugging sensation during the treatment.
Mild bruising or swelling may last between 3 and 7 days; however, most patients feel ready to resume normal activities within a couple of days post-treatment.
Generally, 2 to 3 sessions spaced 4 to 6 weeks apart yield significant and lasting improvements.
Absolutely! The release of scar tissue is permanent, and the continued stimulation of collagen ensures ongoing improvements in your skin’s appearance over time.