At its core lies a US-patented molecular process (US11857931B2) that transforms natural plant triglycerides into biomimetic lipid particles and engineers them into micro-sized particles.

It penetrates deep into the cuticle, cortex, and medulla, reconnects protein building blocks, and reinforces the hair from within. The result is true molecular repair—restoring strength, elasticity, and resilience after just one treatment.

At LABORIE derma, every claim begins with data. We believe true innovation must be verifiable and accessible — that’s why we publish our findings in open-access, peer-reviewed journals, inviting professionals and consumers to see the science for themselves.

In collaboration with researchers, its efficacy was confirmed and published on August 7, 2025, in Dermatology Research & Practice (Wiley, Q2).

Chemical treatments lift and break the hair’s outer cuticle layer, leaving the surface rough, dull, and fragile. Lipid Bond Technology smooths and seals the lifted scales, rebuilding a continuous lipid barrier that restores shine and protection.

SEM images show visibly smoother surfaces after one treatment.

Bleaching depletes the lipids and proteins that form hair’s internal framework, leaving gaps and weakness within the fiber. Lipid Bond Technology penetrates deeply into the hair shaft to refill lost lipids and reconnect proteins, reducing protein loss and cuticle swelling during bleaching and reconfiguring the internal architecture for long-lasting resilience.

Cross-sectional SEM confirms restored internal cohesion and density.

Engineered through green chemistry principles, Lipid Bond Technology replaces conventional silicones and petrochemical polymers with biomimetic, biodegradable lipids that leave no residue in the environment.