Combination Of Microcurrent And LED Technology For better Skin

Combination Of Microcurrent And LED Technology For better Skin (1)

When it comes to the skin care world, many technologies are applied to bring you the perfect skin. Microcurrent and LED technology are good examples of modern technologies that are used in skin treatments to improve conditions. 

Microcurrent technology, otherwise known as low-intensity electrostimulation currents, mimics the currents naturally produced in the body. With the use of microcurrent, the facial muscles are contracted, just like during a workout. The correct use can create an instantly lifted and firm appearance. Furthermore, it stimulates the production of ATP, which accelerates the creation of Collagen and Elastin.

On the other hand, LED lights can be done with different colors and wavelengths, each for a different purpose, so using multiple types can effectively target various skin concerns.

The Carita My C.L.E. the device combines both technologies in just one device, being a multifunctional tool that can cater to all of your skin’s needs in one compact handheld device—designed to fulfill everyone’s objectives, from tone and tightening to improving your skin’s tone or texture.

Each program lasts just four minutes, easily fitting into your current skincare routine. Using the device with cosmetic treatment products is also recommended to boost the results. The gadget can be used by all skin types and on the face, neck, and neckline, targeting all the areas that show signs of skin aging. 

In conclusion, with five levels of microcurrent technology to lift, tone, and contour the skin and 4 LED colors for targeted treatments, the Carita My C.L.E.  is an excellent option for people who want multiple options in just one modern tool. 

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About the Author: MSci Maísa Melo is a Pharmacist and a current PhD student in cosmetic technology, from São Paulo, Brazil. She has earned her master’s degree from the University of São Paulo and has been involved with the development, stability, safety and efficacy of cosmetics since 2013. She has specialized in the clinical efficacy of cosmetics by biophysical and skin imaging techniques as well as the use of alternative models to animal testing. Her research work has been published in several scientific journals and book chapters from the field.

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