EVIK™ LyoPearl Collagen

US$0.00

EVIK™ LyoPearl Collagen is a single-dose, freeze-dried skincare bead containing hydrolyzed collagen as the primary active, together with sodium hyaluronate as a co-active and maltodextrin as the lyophilization excipient. Each bead is lyophilized at peak bioactivity and sealed in dry form until dissolved at the moment of application — delivering a fresh, precisely dosed, preservative-free dose of collagen peptides and hyaluronic acid for skin firmness, hydration, and elasticity support. Learn more

EVIK™ LyoPearl Collagen is a single-dose, freeze-dried skincare bead containing hydrolyzed collagen as the primary active, together with sodium hyaluronate as a co-active and maltodextrin as the lyophilization excipient. Each bead is lyophilized at peak bioactivity and sealed in dry form until dissolved at the moment of application — delivering a fresh, precisely dosed, preservative-free dose of collagen peptides and hyaluronic acid for skin firmness, hydration, and elasticity support. Learn more

Product Specifications

EVIK™ LyoPearl Collagen

A precision freeze-dried skincare bead combining hydrolyzed collagen and sodium hyaluronate in a stable, single-dose format.

Specification
Value
Primary active
Hydrolyzed Collagen — 8.9% dry weight
Co-active
Sodium Hyaluronate — 26.0% dry weight
Bead weight
1.76 mg per LyoPearl
Pack size
10 LyoPearls per vial (17.6 mg total)
Format
Spherical, freeze-dried (lyophilized) bead
Dissolution
Instant — dissolve onto skin with water or any skincare serum
Storage
Room temperature, away from moisture and direct sunlight. Keep sealed. After each use, return vial to desiccant pouch.
Status
For Research and Evaluation Use Only — Not for Sale
Simple Application

How to Use

Each LyoPearl is designed as a simple, single-dose format that dissolves immediately before application.

01

Dissolve

Place one bead directly onto clean, damp skin or onto a few drops of water or any skincare serum in the palm of the hand.

02

Apply

Gently work the dissolved bead into the skin until fully absorbed.

03

Store

After each use, close the vial cap tightly and return it to its desiccant pouch. Keep at room temperature, away from moisture and direct sunlight.

Science & Formulation

Why Collagen and Hyaluronic Acid in a Single Bead?

Collagen and hyaluronic acid work together in the extracellular matrix of the dermis — collagen providing structural support and tensile strength, hyaluronic acid providing hydration and viscoelasticity.

As both decline with age, the skin loses firmness, elasticity, and moisture retention simultaneously. Delivering both actives together in a single bead supports the complementary mechanisms that address these changes.

The freeze-dried bead format preserves both actives in their dry, stable form until the moment of dissolution, eliminating the preservative system required in conventional aqueous collagen and HA formulations and ensuring fresh, potency-preserved delivery at every use.

LyoPearl Format Benefits

No preservatives. Dry format eliminates the conditions requiring a preservative system.

Fresh delivery. Each bead is dissolved at the point of application with no accumulated degradation.

Precise co-active dosing. Collagen and hyaluronic acid in a fixed, reproducible ratio per bead.

Ambient stable. No refrigeration or cold chain required.

Instant dissolution. Add water or serum directly to the bead.

Research & Evaluation

Request a Sample

EVIK™ LyoPearl Collagen is available for research and evaluation. To request a sample, discuss collagen type, source, and molecular weight specifications, or enquire about custom formulation options, contact the Evik Diagnostics team.

Explore the Science

Want to understand the clinical evidence behind collagen peptides in skincare — how they work topically, what the molecular weight and source research shows, and why the evidence for hydrolyzed collagen differs from intact collagen?

Explore the science behind EVIK™ LyoPearl Collagen.

Read: Collagen in Skincare, The Science Behind EVIK™ LyoPearl Collagen →