Where Science and Innovation Meet.

By harnessing the power of our advanced CoreNhanced™ delivery platform, we transform raw nutrients into highly stable powdered nutrients while optimizing application and in vivo functionality. Experience the future of product formulation with our innovative platform, designed to enhance stability and functionality, elevate taste and texture, and support clean label ingredients.

ENHANCED STABILITY

SUPERIOR ENCAPSULATION

LOW TEMPERATURE

UNSTABLE ACTIVES

NITROGEN ENVIRONMENT

SUSTAINABLE & ECONOMICAL

Evolving Technologies

Cutting-edge drying technology increases ingredient potency

By minimizing the use of heat in transforming oils into oil powders, CoreFX maximizes the nutritional integrity of your product through microencapsulation. We're able to create high oil load oil powders that are more potent than others who use traditional drying processes.

Preserving Nature's Nutrition.

Our proprietary encapsulation technology envelops delicate oils and other compounds in a protective matrix, shielding them from degradation. This innovative process ensures an unparalleled sensory experience by retaining the pure, authentic essence of the source ingredient.

Spray Coating

CoreFX Spray Coating Technology delivers convenient solutions commonly used for supplements and functional foods. Spray Coating converts sensitive oils to a dry, flowable powder without heat. This provides protection against environmental degradation, masks undesirable flavors, color changes or odors, and improves overall density and flow.

Liposomal Encapsulation

Liposomal encapsulation is a specialized technique used to enhance the delivery and absorption of fat powders. The liposomes create microscopic vesicles made of lipid bilayers that can encapsulate and protect the active ingredients with the potential to improve the effectiveness and optimizing their delivery.

Nano Encapsulation

Nanoencapsulation is cutting-edge technology used to encapsulate substances at the nanoscale level. It involves the formation of nanosized particles that can trap and protect active ingredients within their structures. This technique offers several benefits, including improved stability, controlled release, enhanced bioavailability, and targeted delivery of the encapsulated substances.