medicube
[medicube] Salmon DNA Collagen Film(325mg x 15ea) | Targeted Firming Boost
[medicube] Salmon DNA Collagen Film(325mg x 15ea) | Targeted Firming Boost
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- Loved by thousands of women
- Flexible returns within 14 days.
- Order today, delivered in 8-15 business days
From tired, lax skin to a smoother, firmer look with a quiet, 5‑minute film ritual designed for women in their 30s–50s.
Hero Description
This ultra‑thin film melts on contact with clean skin, delivering highly concentrated salmon DNA PDRN, low molecular collagen, and hyaluronic acid right where extra firmness is needed. Each sheet sits comfortably under your evening routine, hugging areas that feel dull or slack so skin can look more elastic and plump once removed. The single‑use format keeps each application fresh and precise, making it easy to add a focused firming step a few nights a week without disrupting a minimalist routine. (Dietary supplement/food; not a medicine.)
Why You’ll Love It
- Film that melts softly into skin.
- Concentrated salmon DNA PDRN complex.
- Collagen and hyaluronic acid for supple feel.
- Easy, targeted care for key areas.
" Add this targeted collagen film to tonight’s routine! "
Product Structure: 325 mg × 15 films (total 4.875 g); individually wrapped oral strips.
Texture & Taste
Ultra-thin, fast-dissolving edible film; mild, sweet, no artificial aftertaste
Recommended For & Who Can Use
- All adults, especially those seeking anti-aging, skin elasticity, hydration, repair, and “inside-out” glow
- Clinical, beauty, wellness, and convenience-focused users
- Not suitable for those with severe fish allergies
How to Use
- After cleansing and toning, place one dry film on desired area (cheeks, forehead, smile lines, neck) and let it sit until fully dissolved.
- Once the film melts into the skin, gently pat to help absorption, then follow with serum and cream.
- Use in the evening 2–3 times a week; always patch test on a small area before first use.
Full Ingredients
Salmon PDRN (DNA), low molecular collagen, and hyaluronic acid in a film matrix.
