AFP Relaxnews
1 minute read
4 Dec 2019
4:45 pm

Thin skin: Japan firm develops ultra-fine spray-on facemask

AFP Relaxnews

The 'second skin' can be worn overnight or peeled off after about a minute.

An employee for Japanese cosmetics company Kao removes a super thin transparent layer after using a palm-sized diffuser on her face, during a product demonstration in Tokyo on December 4, 2019. - Kao on December 4 unveiled what it said was the world's first spray-on skin, using fibres one-100th the thickness of a human hair to form a membrane covering the face. (Photo by CHARLY TRIBALLEAU / AFP)

A Japanese cosmetics company Wednesday unveiled what it said was the world’s first spray-on skin, a moisturising facemask made of fibres one-100th the thickness of a human hair.

After applying an absorbent lotion, users spray the fibres onto their face and a thin translucent sheet is quickly formed, acting as a “greenhouse” for the real skin below to soak up the moisture and still be able to breathe.

The “second skin” can be worn overnight or peeled off after about a minute.

“This is the world’s first cosmetic product using such technology,” according to Masayuki Uchiyama, skincare researcher at Kao, the firm behind the innovation.

The hand-held diffuser was 10 years in the making, said Uchiyama, who admitted: “We struggled to make the device small.”

Kao researchers did not initially think of using the technology of ultra-thin fibres to create a layer on the skin, he said, adding that the precise material from which they were made was a secret.

“But we learned that the skin can still breathe under the thin fibres for many hours” in an environment akin to a greenhouse.

Such cutting-edge tech does not come cheap though, with each diffuser costing 50,000 yen ($460).

Nevertheless, Kao predicts cosmetic sales could reach 100 billion yen if the technology is applied to the medical field.

In the future, Uchiyama said it could be used to cover scars or to create an invisible medical patch.

Similar technologies already exist, including those using cells or polymer, but Uchiyama said Kao’s technology is different.

“Ours is focused on fibres. They’re more flexible and hard to break even if you move.”

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