SCHEDIO

Cosmetic

Cosmetic solutions that are precisely developed into high quality consumer products

If you are in the cosmetic industry, solutions like pigment brightness, colorings, and textures of materials are key for the best high quality end product for consumers.

We can help you with new discoveries and developments, along with getting your product to market for different consumer use such as a variety of cosmetics, toiletries, and more. Schedio will partner with you to evaluate what is the best way to create your formulations and delivery methods for your product. Our partnership will be from beginning to end, following all safety regulations along the way.

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Cosmetic Milling

Particle size distribution, color enhancement and uniformity are critical for cosmetic powders and one of the most common techniques used to achieve it is micronization through jet milling.

Milling is one of the most common techniques to help break down large particles to finer ones, which is used for formulations of different cosmetic products. The pin mill and hammer mill is a mechanical process used for gross milling of large particles greater than 1mm, crushing them into small powder form, usually below 100 microns.

Cosmetic Micronization

Particle size distribution, color enhancement and uniformity are critical for cosmetic powders and one of the most common techniques used to achieve it is micronization through jet milling.

Micronization is one of the most utilized solutions for cosmetic particle size reduction distribution. We use tailored solutions with specific machinery that helps with engineering the particle size of the molecule for omogeinity of cosmetic formulations, making the pigments much brighter with richer color and silky textures.

Classification for Cosmetic Products

A homogeneous particle size distribution is key to a predictable and consistent cosmetic formulation.

Given a certain particle size distribution, the classifier separates either fine or gross particles from a certain particle size distribution. The process uses the same classification principle of the opposite jet mill.

The dynamic classifier uses the same particle separation principle of the opposite jet mill, to separate particles of significant different particle size distribution. It can be used to separate or remove a portion (either fine or gross) of a certain particle size distribution from the final product. It also helps with removing agglomerates or un-micronizable particles from the final micronized powder.

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