HP Cell Vitaran i Polynucleotide Skin Booster (1ml x 2 Syringes)

HP Cell Vitaran i is an advanced polynucleotide-based intradermal skin booster formulated to support skin regeneration, hydration, and tissue repair. Using highly purified polynucleotides derived from salmon DNA, this injectable treatment helps stimulate fibroblast activity and promote collagen production, improving overall skin quality and elasticity.

The formula works to revitalise dull or ageing skin by enhancing hydration and restoring structural integrity within the dermis. HP Cell Vitaran i is commonly used by aesthetic professionals to improve skin texture, reduce fine lines, and support natural skin healing and rejuvenation.

This treatment is ideal for patients seeking healthier, firmer, and more hydrated skin with improved elasticity and overall radiance.

Price
Regular price
£81.99
Sale price
£81.99
Regular price
Available In Stock
✔ Professional Use Only
✔ UK Aesthetic Supplier
✔ Secure Checkout
✔️Order by 3pm for same day dispatch
  • Polynucleotide-based skin regeneration treatment
  • Supports collagen production and tissue repair
  • Improves skin hydration and elasticity
  • Helps reduce fine lines and improve skin texture
  • Promotes healthier, smoother, and more radiant skin
  • Product name: HP Cell Vitaran i
  • Active ingredient: Polynucleotides (PN)
  • Format: Intradermal injectable gel
  • Volume: 1ml per syringe
  • Pack size: 2 pre-filled syringes per box
  • Treatment type: Injectable skin booster
  • Source: Polynucleotides derived from salmon DNA

HP Cell Vitaran i can be used for multiple facial and skin rejuvenation treatments including:

  • Face skin rejuvenation
  • Neck and décolletage
  • Fine lines and wrinkles
  • Skin hydration treatments
  • Overall skin quality improvement

This product is intended for use by trained medical professionals and qualified aesthetic practitioners only.

Emilia Rose Aesthetic Supplies distributes aesthetic products exclusively to licensed professionals operating within regulated clinical environments.

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