Reglory NAD⁺ NMN Skin Booster

Cellular energy renewal powered by NAD⁺ and NMN to strengthen skin, slow ageing and restore vitality at the source.

REGLORY NAD⁺ NMN Skin Booster is a next-generation bio-energising skin booster engineered to restore cellular vitality, resilience and long-term skin performance. Developed for professional aesthetic treatments, this advanced formulation targets ageing at its metabolic source by reactivating cellular energy pathways, supporting DNA repair mechanisms, and reinforcing skin longevity from within.

At the core of the formula is a high-performance synergy of NAD⁺ and NMN, clinically recognised for their role in cellular renewal and mitochondrial function. Combined with Polynucleotides (PN) for tissue regeneration, Sodium Hyaluronate for deep hydration, Niacinamide for barrier support, and targeted antioxidants and metabolic activators, this booster works at a molecular level to improve skin density, texture, elasticity and overall vitality.

Designed to integrate seamlessly with professional microneedling protocols, REGLORY NAD⁺ NMN delivers preventative and corrective anti-ageing benefits, leaving skin visibly stronger, smoother and more energised with each treatment.

• Professional NAD⁺ + NMN formulation: A high-performance skin booster designed to support visible ageing concerns by targeting cellular energy decline.
• Cellular energy support: NMN helps drive NAD⁺ pathways to support skin cell metabolism and encourage faster-looking recovery post-treatment.
• DNA repair support: NAD⁺ activity plays a key role in cellular repair pathways, helping defend against UV and heat-related stress over time.
• Triple synergy technology: NAD⁺, NMN and Glutathione combine to support antioxidant defence, cellular resilience and overall skin vitality.
• Hydration + barrier resilience: Sodium Hyaluronate supports moisture retention while PN helps reinforce skin strength and comfort.
• Pre-emptive age defence: Built for early intervention and ongoing maintenance, supporting long-term skin function before visible ageing accelerates.