The Anti-Aging Rejuvenation Set is a professional bio microneedling system formulated to address the appearance of fine lines, skin laxity, and loss of structural density. It uses a high-density concentration of hydrolysed sponge spicules to initiate a sustained mechanical signal at the dermal-epidermal junction, supporting collagen and elastin synthesis through mechanotransduction. The formulation is amplified by palmitoyl tripeptide-1, palmitoyl tetrapeptide-7, and carnosine, actives selected for their roles in structural protein support and anti-glycation. This liquid microneedling system supports an inside-out renewal process that may contribute to visible improvements in skin firmness and density over a structured course of treatments.
Anti-Aging Rejuvenation Set
Description
The Anti-Aging Rejuvenation Set uses the mechanical action of purified silica spicules to engage fibroblasts at the dermal-epidermal junction through mechanotransduction, supporting the synthesis of new collagen and elastin fibres. Clinical data from S-TDS research suggests the spicule stimulus remains active for up to 72 hours, providing a sustained signal that may contribute to a more organised extracellular matrix and improved structural density over time. This inside-out renewal approach differs from surface hydration or injectable volumisation in that it aims to support the skin’s own structural protein production rather than replacing or supplementing lost volume.
The formulation pairs hydrolysed sponge spicules with palmitoyl tripeptide-1, a peptide that signals fibroblasts to synthesise new collagen, and palmitoyl tetrapeptide-7, which supports the reduction of inflammatory cytokines that contribute to collagen degradation over time. Carnosine provides a documented anti-glycation effect, protecting existing collagen fibres from the cross-linking process that leads to visible stiffness and loss of elasticity. Each active is delivered into the deeper skin layers through the micro-channels created by the spicule application, improving their bioavailability compared to surface application alone.
