Electrospinning is a simple, cheap and a unique method to produce nanofiber mats with controllable pore sizes and fiber diameters. Many enhanced cosmetic products like nanofiber facial masks for skin therapy, for skin cleansing or for skin healing and renewal could be produced by this method.

Gaining admiration of people with a well- groomed physical appearance is one of the basic phenomena that exist in human nature. As a matter of fact; requirements of personal care bring along new developments of novel products for cosmetics.

The use of nanofibers and the nanostructures in cosmetics is often referred to as “nanocosmetics.” These products are designed to provide improved performance, better skin penetration, and enhanced appearance.

Nanofibers have great potential for use in cosmetics. Due to their enhanced properties like small pore size and high porosity; they can absorb huge amounts of liquids and by this means high retention levels of agents, vitamins and nutrients could be obtained and carried to the skin. Furthermore; due to their oxygen and water permeability features, they can be used as breathable cosmetics like cleaners, moisturers etc. Large surface area of nanofibers also increases the contact surface between mesh and skin which provides efficient delivery of active agents to the deeper skin parts. They can be also good templates for artificial skin applications due to their significant mechanical strength.

Electrospun nanofibers can be used to encapsulate and deliver active ingredients in cosmetics. The high surface area and porosity of these nanofibers allow for controlled release of ingredients, providing longer-lasting and more effective results. This is particularly useful for anti-aging and skincare products.

While not a direct cosmetic application, electrospinning has been used to create scaffolds for tissue engineering. These scaffolds can be used for reconstructive or cosmetic surgery to enhance or restore physical appearance.

Electrospun nanofibers can be used to create lightweight and transparent sunscreen formulations. These formulations provide better sun protection without the heavy and greasy feel of traditional sunscreens.

Electrospinning can be used to create nanofiber-based cosmetic face masks and patches. These products have remarkable and peerless features compared to their commercial counterparts and some of them are given below:

• These products are 100 % natural and do not contain any chemicals like preservatives and emulsifiers.
• They are superior alternatives to heavy creams, gels and masks by offering a better fit, increased breathability, and intensive skin rejuvenation with deeper penetration and enhanced delivery of skin-beneficial ingredients.
• Thanks to ultimate small size of nanofibers, they provide instant and noticeable revitalizing and glowing on the skin.
• They are easy to apply and 100% effective use of skin agents, vitamins and nutrients with thinner and more comfortable structure compared to traditional sheet masks and patches.

“Inovenso’s Cosmetailor 1000” enables to produce nanofiber based cosmetic products with varying compositions including hyaluronic acid, collagen, aloe vera, vitamins, nutrients etc to enhance skin quality.

“Cosmetailor 1000” has an effective coating width of 1 meter horizontally and a roll-to-roll system in its design allowing continuous production.

The new patented open surface design of “Cosmetailor 1000” enables the nozzle-free system to operate with high throughput so that the problem of clogging of the nozzles during operation is eliminated.

Production capacities of peerless nanofiber based cosmetic masks and patches developed using HA are given below for your reference:

Daily production rate for 2.5 GSM (grams of nanofiber per square meter) nanofiber density using “Cosmetailor 1000”with;

• 8 hours and 2 shifts will produce 172.8 square meters of coating per day
• 6 hours and 3 shifts will produce 194.4 square meters of coating per day

• 8 hours and 2 shifts will produce 2750 cosmetic masks per day
• 6 hours and 3 shifts will produce 3093 cosmetic masks per day

• 8 hours and 2 shifts will produce 17280 pairs of cheek (under eye) patches per day
• 6 hours and 3 shifts will produce 19440 pairs of cheek (under eye) patches per day

• 8 hours and 2 shifts will produce 14811 forehead & neck patches per day
• 6 hours and 3 shifts will produce 2777 forehead & neck patches per day

It seems that outstanding diffusion rate of electrospinning in different aspects of life sciences and technology will continue with an increasing acceleration and provides many solutions to daily life problems including cosmetic field. As a matter of course these outcomes reflect to market as development of new products.

In case of machine purchase;

• Ready polymer recipes
• Solution preparation training
• 1000 square meters of substrate
• Trial production

All of the above mentioned items are provided free of charge!

• Please note that Cosmetailor 1000 produces only a continuous pre-cut nanofiber sheet with 1 meter in width for cosmetic products (masks, patches etc.) Cutting and packing are the post processes and not included in machine operation.

Please contact with our sales team for more information and details: sales@inovenso.com