The Revitalizing Beauty Set II is a professional bio microneedling system formulated to address the appearance of hyperpigmentation, sun damage, and uneven skin tone. It combines a high-density concentration of hydrolysed sponge spicules with melanin-regulating actives including tranexamic acid, niacinamide, and nonapeptide-1, delivering them into the deeper skin layers through a liquid microneedling mechanism. By supporting an accelerated inside-out renewal cycle, this system may help improve the appearance of age spots, melasma, and post-inflammatory hyperpigmentation, and offers a thermal-free alternative for skin types where heat-based lasers carry a risk of rebound pigmentation.
Revitalizing Beauty Set II
Description
The Revitalizing Beauty Set II uses the mechanical action of purified silica spicules to support more efficient cellular turnover and improve the penetration of melanin-regulating actives into the skin layers where pigment production occurs. Through mechanotransduction, the spicule stimulus prompts the skin to accelerate the shedding of pigmented cells and support the emergence of fresher, less pigmented cells at the surface. Clinical data from S-TDS research suggests this process may compress the standard 28-day renewal cycle to approximately 7 days, supporting an accelerated inside-out renewal response that addresses the appearance of hyperpigmentation from within.
The formulation pairs hydrolysed sponge spicules with tranexamic acid, a well-researched brightening active that supports melanin regulation by inhibiting the interaction between keratinocytes and melanocytes. Niacinamide supports barrier function and may help reduce the transfer of melanin to the skin surface. Nonapeptide-1 is a peptide that supports the regulation of melanocyte activity. Fibronectin is included to support cellular repair during the renewal phase. Each active is delivered into the deeper skin layers through the micro-channels created by the spicule application, improving bioavailability compared to surface application alone.
