A patch that puts nothing into your body. So what is it actually doing?
It works with something your body is already producing — infrared heat — and is designed to reflect particular wavelengths back towards the skin.
No drug. No stimulant. No battery or external light source. That is what makes the next part so interesting.
If nothing enters your body… where does the light come from?
From you. Your body naturally gives off heat, including energy in the infrared spectrum. The patch is designed to work with that energy in three surprisingly simple steps.
Your body gives off infrared heat
This natural energy is already being produced by your body — every moment of the day.
The patch reflects particular wavelengths
The patch is designed to capture some of that infrared energy and reflect selected wavelengths back towards the skin.
Those wavelengths stimulate the skin
Different patches are designed to reflect different wavelengths towards specific points on the skin, supporting different wellness goals.
The idea is familiar. The way it is being used is different.
Phototherapy simply means using light to create a biological response. Light is already part of human biology — influencing familiar processes such as our sleep-wake cycle.
LifeWave approaches that idea without a powered lamp or active ingredient. Its wearable patches are passive, non-transdermal and designed to work through reflected light.
It may look like an ordinary patch — but it is designed to work differently
The distinction is not simply what the patch contains. It is what the patch is designed to do.
Designed to deliver something
Medicated, nicotine and hormone patches are designed to move an active substance through the skin and into the body.
Designed to reflect light
Nothing is designed to pass through the skin. The patch is intended to reflect selected wavelengths of light back towards the skin.
Light technology, not a drug-delivery system
The patch contains a crystalline matrix embedded within a fabric disc, together with an internal reflector designed to reflect selected wavelengths of light towards the skin.
The materials remain encased inside the patch. They are not designed to pass through the skin or enter the bloodstream.
The diagram shows how the adhesive, fabric layers, crystalline matrix and reflector are arranged within the patch.
You know where the light comes from. Now see why the patches are not all the same.
The private area joins the fuller explanation, patented technology, real experiences and practical questions — so you can look properly and decide for yourself.
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