Skip to content
Made In America - Free Shipping Worldwide
Hygieia Skin Care

A Truly Smart Cream

The Hygieia Smart Wrinkle Cream is a product of intelligent design, engineered using Artificial Intelligence (AI) to optimize the challenging process of dermal penetration. This technology was specifically employed to fine-tune the formulation's Liposomal Delivery System, ensuring the delicate Phospholipids correctly encapsulate the active ingredients and achieve the perfect structure for seamless fusion with skin cell membranes. The result is a scientifically-validated delivery mechanism that guarantees maximum absorption and superior efficacy of the wrinkle-fighting compounds deep within the skin's surface.

Tanya

Crepey skin cream

After 3 weeks of daily application as directed- big change noted. Money well spent.

Linda

Slow but steady results

Obviously, I had hoped it would work faster but I can say it is working and the change is visible in only a month, much better than any other crepey skin creams I have tried

Sherry

Tighter and more firm

The cream is great. My arms feel tighter and my neck looks more firm. My skin looks more plump and healthy, I really like it.

Barbara

Still using it

I’m seeing results after one and one half jars used

Jill

Satisfied

Very good cream that feels nice on my skin. It feels more hydrated and firm after 3 weeks of use.

The SMART Liposomal Delivery System

A cream containing the world's best ingredients is ineffective if those ingredients cannot reach their biological targets. The skin's stratum corneum (outer layer) is an incredibly efficient barrier designed to keep pathogens out and moisture in. This barrier equally resists the penetration of large, active cosmetic molecules.

The Hygieia Smart Wrinkle Cream overcomes this challenge through its Liposomal Delivery System, a sophisticated method of transportation that is the defining characteristic of the "smart" technology. This system is enabled by the inclusion of Phospholipids in the formulation.

The Mechanism of Liposome Technology

Phospholipids are fatty molecules that are the fundamental building blocks of human cell membranes. When processed under specific conditions, these phospholipids spontaneously form microscopic, spherical vesicles called liposomes.

  1. Encapsulation and Protection: Liposomes act as microscopic shields, encapsulating the vulnerable active ingredients, such as Retinol and Idebenone. This encapsulation protects them from surface degradation (e.g., oxidation from air or surface enzymes) before they are absorbed.
  2. Targeted Penetration (Biomimicry): Because the liposomal membrane is structurally identical to the skin's cell membrane, the liposome is naturally recognized as "self." This biomimetic recognition allows the liposomes to seamlessly fuse with the skin cells, depositing their potent cargo deep within the skin layers. This dramatically increases the bioavailability and efficacy of the actives compared to standard creams, where actives often remain superficially on the skin's surface.
  3. Sustained Release: The liposomal structure allows for a slower, controlled release of the actives into the skin over several hours. This is crucial for maximizing the ingredient's benefits and is particularly beneficial for Retinol, as it helps to minimize the risk of irritation, redness, or sensitivity often associated with immediate high-dose delivery.

This delivery system ensures that the most powerful ingredients—the 1% Bio Active Idebenone and Retinol—are not wasted on the surface but are driven precisely to the areas where cellular repair and renewal are needed, justifying the claim of intelligent delivery.

Paraben Free
Made In The USA
Cruelty Free
Sulfate Free
Fragrance Free
Hygieia Skin Care
Cutting Edge

Liposomal Skincare 🇺🇸

This cream uses cutting edge Liposomal technology to penetrate deep and deliver effective ingredients.

60 Day Money Back Guarantee
youtube
Science Matters

It's All In The Liposomes

Deep Absorption– Delivers active ingredients deep into the skin, rather than just sitting on the surface.