my-mask®

PORTABLE. POWERFUL. LIGHT THERAPY.

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We developed my-mask® with convenience in mind. Miniaturizing our Light Modulation® LLLT technology into such a portable, small package was a challenge we faced with the intention of providing operators and patients with a convenient yet powerful solution to benefit from light-based therapy wherever they feel like.

What are the benefits?

Built with the same, iconic industrial design of other Espansione solutions, my-mask® is powered by photobiomodulation technology enabling patients and operators to benefit from everything Red Light Modulation® Low Level Light Therapy (LM® LLLT) has to offer. The main difference with other solutions lies in my-mask®’s extremely lightweight, portable form factor. We developed this innovation to deliver the power of our Red Light Modulation® LLLT treatment to patients in the comfort of their home—or wherever they feel like.

① Convenient

my-mask® is an extremely lightweight, portable and convenient solution. Both the device’s body and the mask terminal have been designed to grant patients with the greatest comfort in administering (or self-administering) our light-based therapy (Light Modulation® LLLT). 

② Complete + Direct Treatment

my-mask® enables a full therapy, covering both lower and upper eyelids, to grant maximum efficacy in treating Dry Eye Disease (DED) induced by Meibomian Glands Dysfunction (MGD) and other ocular surface conditions.

③ Totally Painless

my-mask® and LM® LLLT provide patients with an entirely painless therapy. Near-infrared light is emitted on the skin at a medically-certified wavelength, generating endogenous heating by stimulating cells’ ATP production.

④ Quick + Easy

For patients, this means immediate relief just after the 15’ therapy—for operators, it means delivering greater value to patients, with much less effort.

About Light Modulation® LLLT

Our patented photobiomodulation technology (PBT) isn’t just like any other red light therapy. We patented and certified it for medical use, designing it to leverage near-infrared light beams that solicit cells’ mitochondria, triggering biochemical and biophysical reactions that stimulate them to a better protein synthesis. Thanks to this process of endogenous heating, the tear lipid layer is increased and stabilized.