Experience advanced skin rejuvenation with our Salmon DNA Skin Needling treatment, designed to restore, hydrate, and revitalise your complexion. This professional, medical-grade treatment combines precise micro-needling with cutting-edge ingredients to target multiple skin concerns, giving you smoother, firmer, and radiant skin. How It Works Salmon DNA (Polynucleotides): Stimulates skin cell regeneration and collagen production, helping rebuild your skin’s natural structure and firmness for a more youthful appearance. Hyaluronic Acid: Deeply hydrates and plumps the skin, smoothing fine lines and locking in moisture for a supple, dewy glow. Mannitol (Antioxidant): Neutralises free radicals, reduces inflammation, and prolongs treatment results, supporting long-lasting skin health. Benefits Salmon DNA Skin Needling addresses multiple skin concerns: Reduces fine lines and wrinkles Improves skin texture, elasticity, and firmness Restores hydration and radiance Minimises pore appearance and smooths uneven skin tone Supports long-lasting skin repair and rejuvenation Helps reduce minor scarring, post-acne marks, and signs of environmental damage Boosts overall skin glow and vitality Who Is It Suitable For? This treatment is suitable for all skin types and ideal for anyone looking to: Improve skin elasticity and firmness Reduce signs of ageing like fine lines and wrinkles Hydrate and plump dry, dull skin Smooth uneven texture and refine pores Promote long-term skin regeneration and radiance Whether you want a natural, refreshed look or are seeking a professional treatment to combat early signs of ageing, Salmon DNA Skin Needling helps your skin look healthier, firmer, and luminous. Why Choose This Treatment? Unlike standard facials or micro-needling alone, combining salmon DNA, hyaluronic acid, and antioxidants provides: Deeper hydration and long-lasting plumpness Enhanced collagen production for structural support Protection against free radicals and inflammation A visible, radiant glow after just one session, with improvements over time
