LPDs Ruscus 100 ml

LPDs Ruscus in eye care systems for a brighter visual appearance

LPDs Ruscus is a liposomal complex based on butcher broom extract designed for professional eye care formulations. The liposomal delivery format ensures even distribution in aqueous and emulsion systems. The ingredient remains stable, compatible with gelling agents and light emulsions, and suitable for scalable manufacturing.

Properties and skin appearance outcome

LPDs Ruscus is used in formulations focused on reducing the visual intensity of dark areas in the periorbital zone. Within cosmetic systems the complex contributes to a fresher and more even appearance around the eyes. After application the skin appears brighter and well maintained, while the texture remains light and comfortable for the delicate eye area.

Application across industries

LPDs Ruscus is incorporated into eye gels, creams, serums and fluids. The ingredient is suitable for private label projects, contract manufacturing and specialized eye care lines. It is selected for formulations aimed at improving overall visual skin appearance in the periorbital region.

The complex is compatible with moisturizing agents, caffeine and light emulsifying systems, supporting scalable formulation development.

Recipe for an eye contour gel

Purified water 76 g
LPDs Ruscus 6 g
Glycerin 5 g
Caffeine 3 g
Aloe gel 6 g
Panthenol 2 g
Preservative 2 g

To prepare the eye contour gel the water base is formed using purified water and glycerin, followed by complete dissolution of caffeine. LPDs Ruscus is then incorporated under continuous mixing until evenly distributed. Aloe gel and panthenol are added and mixing continues until a uniform texture is achieved. Finally the preservative is introduced and the formulation is mixed until a clear smooth gel is obtained. The finished product is allowed to stabilize before filling.

LPDs Ruscus is positioned for B2B use in the development of stable eye care systems with reproducible texture and structure. The ingredient supports formulation predictability and compatibility with multiple cosmetic bases for industrial production.