Intense Deep Dermal Hydration
Skin boosters deliver micro-droplets of non-crosslinked hyaluronic acid directly into the superficial dermis, replenishing moisture pools that topical creams cannot reach. Unlike traditional dermal fillers, skin boosters are not designed to add volume — they are formulated to hydrate, soften, and improve overall skin quality from the inside out.
How Skin Boosters Work
Using fine needles or a micro-injection device, small amounts of ultra-pure hyaluronic acid are distributed evenly across the treatment area. The HA molecules bind to water molecules in the skin, dramatically increasing local hydration levels. Over time, this process also stimulates collagen production, improving skin elasticity and firmness.
Treatment Areas
- Face and neck
- Décolletage (chest area)
- Hands
- Under-eye area
Results
After treatment, skin appears plumper, dewier, and more radiant. Texture improves and fine lines appear softened. Full benefits are seen after a series of 3 treatments spaced 4 weeks apart, with results lasting up to 6 months.
Signs You May Need This Treatment
- ✓ Chronically dry or dehydrated skin
- ✓ Dull, lacklustre complexion
- ✓ Fine lines from dehydration
- ✓ Reduced skin elasticity and bounce
- ✓ Rough or uneven skin texture
Key Benefits
Frequently Asked Questions
Skin boosters use non-crosslinked HA to deeply hydrate and improve skin quality, whereas dermal fillers use crosslinked HA to add volume and structure. Skin boosters spread evenly throughout the skin rather than creating localised volume.
A course of 3 treatments spaced 4 weeks apart is typically recommended, followed by maintenance every 6 months.
Minimal. Small bumps may be visible for a few hours after treatment. Most clients resume normal activities immediately.
Why Choose Sunrise Aesthetics for This Treatment?
Administered under strict clinical guidelines by Dr. Sara & qualified nurses.
Only authentic, hospital-grade medical products and equipment utilized.
Custom dosage mapping designed to respect your unique facial anatomy.
