top of page

NCTF® Rejuvenation: The Ultimate Hydration and Radiance Boost

  • Writer: Dr. Melanie Castelhano
    Dr. Melanie Castelhano
  • 4 days ago
  • 1 min read

When your skin feels tired, dehydrated, or lacks vitality, NCTF® delivers a powerful cocktail of over 50 essential vitamins, minerals, amino acids, and coenzymes to restore luminosity, hydration, and cellular strength. As part of our Collagen-Stimulating Injectables, NCTF® awakens your skin’s natural glow from within, improving tone, texture, and microcirculation over time.


How It Works NCTF® (New Cellular Treatment Factor) is a bio-compatible injectable solution formulated to stimulate fibroblasts—your skin’s collagen and elastin factories. During treatment, microdroplets of NCTF® are gently infused into the superficial dermis, delivering a potent blend of revitalising ingredients directly to where they’re needed most.


Benefits

  • Deep Hydration: Hyaluronic acid and moisturising agents attract and retain water, instantly plumping and softening the skin.

  • Enhanced Radiance: Vitamins and antioxidants neutralise free radicals, brightening dull complexions and boosting natural glow.

  • Improved Texture: Stimulation of collagen and elastin production refines skin texture, reducing fine lines and unevenness.

  • Optimised Microcirculation: Amino acids and coenzymes support blood flow, enhancing nutrient delivery and skin resilience.

  • Long-Lasting Results: Visible improvements in skin quality can last several months, with a course of sessions recommended for optimal rejuvenation.


Is It Right for You?If your skin shows early signs of aging, dehydration, or fatigue, NCTF® may be the perfect revitalising protocol. Ideal for all skin types, this treatment is particularly beneficial for clients seeking non-invasive, natural-looking rejuvenation without downtime.


Rediscover your skin’s youthful vitality and radiant glow—experience the transformative power of NCTF® today.

Recent Posts

See All

Comments


WHATSAPP - DR MCAS CLINIC
bottom of page