Science1 min readN°01

Why Spicules

Most of what you apply never gets in. Spicules are the only material in nature that open the path. Here is why.

Why Spicules

Ian

Founder

Most of what you apply to your skin never actually gets in. Serums, essences, ampoules: much of them sits on the surface and evaporates. The barrier that protects your skin is the same barrier that keeps good ingredients out.

Needling, without the needles

Needling works by opening countless microscopic channels in the skin, so that what comes next can travel deeper instead of resting on top. Traditionally that meant metal needles, devices, and a professional's hands.

Spicules do the same thing, only they come from nature.

The only one of its kind

A spicule is a microscopic structural element that freshwater and deep-sea sponges grow to protect themselves. It is, as far as we know, the only material in nature that performs needling. Not a metal copy. Not a machine. A structure the living world already perfected.

If a formula contains spicules, it cannot help but reach deeper than a formula you simply apply on top.

How it opens the path

Our spicules are refined to a professional-grade 270μm, longer and more uniform than the ~200μm common on the market. Applied to the skin, they open fine channels and, along that path, help carry low-molecular-weight hyaluronic acid and active ingredients toward where they can work.

  • The only natural needling material on Earth
  • 270μm professional grade · longer, more uniform
  • No needles, no devices · just apply
  • Naturally absorbed and broken down after use

Why it matters

This is the whole idea behind Spicules. Not a stronger cream. Not another step. A way to make every step that follows actually land. That is why we built a brand around a single ingredient, and why, of everything you could put on your skin, this is the one designed to get in.

Written by

Ian

Founder

Founder of Spicules. Obsessed with one ingredient and the science of getting it in.

Experience the only natural needling, in a freeze-dried ball.

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