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Cosmetic formulations demand exceptional purity, consistency, and stability—especially for active ingredients, nanoemulsions, and functional particles.

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we develop next-generation chemical reactor systems that harness the power of laminar Taylor flow
  • +82-31-737-2375
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APPLICATION OVERVIEW

High-Purity Actives and Uniform Formulations with Continuous Flow Precision

Lamina’s LCTR® (Laminar Continuous Taylor Reactor) enables the continuous production of high-value cosmetic materials with superior control over mixing, particle size, and thermal stability. Ideal for skincare actives, encapsulated ingredients, and emulsified systems, LCTR® offers the precision and scalability cosmetic brands need to stay competitive in a fast-moving, quality-driven industry.

Why LCTR® for Cosmetics?

  • Produces high-purity, skin-safe ingredients with fewer impurities and residues
  • Enables continuous production with reduced downtime and higher yield
  • Delivers narrow particle size distribution for better skin absorption and texture
  • Supports customizable processing for various viscosities, temperatures, and ingredient sensitivities
  • Ideal for R&D through mass production with the same process conditions and scalability

01. Zinc pyrithione (anti-dandruff shampoo )

  • Results: Narrow particle size distribution and improved transparency of the dispersion.

02. Biodegradable polymer microparticle (Pillar)

  • Results: Easy mass production and control of the size and shape of biodegradable polymer microparticles.

* The results of this study are excerpted from the results of Company U.