Description

Sunekos® Cell – Advanced Injectable Treatment for Cellulite and Skin Irregularities

Sunekos® Cell is an innovative injectable treatment specifically designed to reduce the appearance of cellulite and improve skin texture. With a unique combination of hyaluronic acid, amino acids, and bioactive ingredients, it targets both the aesthetic and biological causes of cellulite – for smoother, firmer skin.

What is Sunekos Cell?

Sunekos Cell contains non-crosslinked hyaluronic acid combined with the HY6AA formula (six patented amino acids) as well as specific bioactive substances that act on cellulite-related fibrosis and microcirculation.
The formula is designed to:

Improve blood and lymphatic circulation
Strengthen connective tissue
Reduce fibrosis that contributes to the “orange peel” appearance
Hydrate and revitalize the skin

Indications

Sunekos Cell is used to treat:

Cellulite on thighs, buttocks, and hips
Uneven skin texture caused by fibrosis
Reduced skin elasticity in cellulite-prone areas
Dry or dehydrated skin in treated areas

How is the treatment performed?

The procedure is carried out using a fine needle or cannula in the dermis and subcutaneous tissue, depending on the skin’s condition. The technique is tailored individually to optimize results.

Treatment time: Approximately 30–40 minutes
Results: Gradual improvement in skin smoothness and firmness, visible after 1–2 sessions
Treatment plan: Recommended course of 3–4 sessions at 2–3 week intervals
Longevity: Results can be maintained with 1–2 sessions per year

Side Effects and Safety

Sunekos Cell is CE-marked and clinically tested. Side effects are usually mild and temporary:

Redness
Mild swelling or bruising
Tenderness at the injection site

Symptoms typically resolve within a few days.

Benefits of Sunekos® Cell

✔ Visibly reduced cellulite structure
✔ Improved skin tone and elasticity
✔ Stimulates collagen and elastin production
✔ Enhances microcirculation and lymphatic drainage
✔ Natural and gradual results
✔ Clinically documented safety and effectiven