Spicules 320
Spicules 320 μm represents the highest stimulation grade, produced with extended spicule length for scalp and advanced skin applications. The 320 μm structure actively stimulates microcirculation and maximizes delivery of
Spicules 100 μm uses short, uniformly sized biogenic spicules refined through a solvent-free multi-step purification technology to ensure safety and consistency. The controlled 100 μm length minimizes irritation risk while still delivering effective micro-stimulation. This structure supports enhanced absorption of active ingredients across large application areas. The grade targets body care formulations that require gentle stimulation, safe repeated use, and reliable performance.
Spicules 320 μm represents the highest stimulation grade, produced with extended spicule length for scalp and advanced skin applications. The 320 μm structure actively stimulates microcirculation and maximizes delivery of
Spicules 270 μm uses longer biogenic spicules refined through an advanced purification system to deliver stronger and deeper facial stimulation. The 270 μm length creates well-defined micro-channels in the stratum
Spicules Coated Delivery Technology uses bio-silica spicules as microneedle-like carriers for functional cosmetic ingredients. The technology loads actives inside each spicule and coats its surface with additional actives. During application,
Spicules Brown (Peeling Care) uses minimally refined biogenic silica needles derived from a self-controlled Spongilla lacustris breeding base to ensure raw material safety and heavy-metal control. The limited purification process
Spicules 220 μm applies precision size-control and purification processes to produce medium-length spicules optimized for facial use. The balanced structure delivers controlled mechanical stimulation that supports epidermal regeneration without excessive
Vegan Spicule is a synthetic micro-rod ingredient that mimics natural sponge spicules and provides a vegan, sustainable alternative for cosmetic formulations. These microscopic rods create temporary micro-channels in the skin