Emulsification is a process in which two normally non-mixable substances, such as oil and water, are converted into a stable blend called an emulsion. During this process, the larger particles are broken down into much smaller droplets, increasing the available surface area and improving interaction with the body’s biological systems.

This technology is especially useful for molecules that are poorly soluble in water. By transforming them into micro- or nano-sized droplets, emulsification significantly improves their absorption, stability, and transport within the body, allowing them to be delivered more efficiently to target tissues and cells.

As a result, emulsification enhances the bioavailability of many active compounds used in regenerative medicine, clinical therapies, nutrition, and cosmetic applications, making treatments more effective and biologically impactful.

Nitrogen filling is a protective process in which capsules are sealed in a nitrogen-controlled environment instead of oxygen-rich air. By replacing oxygen with nitrogen, the active ingredients inside the capsule are protected from oxidation, degradation, and loss of potency.

This technology helps preserve the stability, purity, and biological effectiveness of sensitive compounds such as growth factors, lipids, vitamins, antioxidants, and other regenerative or therapeutic substances.

As a result, nitrogen technology extends shelf life, maintains product quality over time, and ensures the user receives the full intended benefit of each capsule.

Lyophilization, also known as freeze-drying, is a vacuum-based dehydration method used to remove moisture from sensitive biological materials. During the process, the substance is frozen and the ice is removed through sublimation—turning directly from solid to vapor without passing through a liquid phase.

This gentle drying technique preserves the structural integrity, stability, and activity of delicate compounds such as proteins, peptides, growth factors, and other bioactive molecules.

As a result, lyophilized substances remain biologically active, stable over time, and ready for reactivation when combined with liquid just before use.

Enteric-coated (or enterosolvent) capsules are designed to remain intact after swallowing and only dissolve once they reach the intestine. This controlled release protects the active ingredient from being damaged or deactivated by the acidic environment of the stomach.

By dissolving in the intestine, the active substance can act directly on the intestinal lining or be absorbed more effectively, ensuring maximum stability, efficacy, and therapeutic benefit.

Supercritical extraction is an advanced method in which carbon dioxide (CO₂) is used in a special state between a gas and a liquid to separate valuable compounds from plants or other raw materials. In this form, CO₂ can gently and effectively extract oils, aromas, and other bioactive substances without the use of chemical solvents.

This process preserves the purity and natural structure of the extracted compounds, resulting in a clean, highly bioavailable extract with optimal nutritional and functional integrity.