Dermalux LED
Phototherapy

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HYDRATES
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PLUMPS
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RADIANT COMPLEXION
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While we often associate light exposure with skin ageing and damage, it also has many positive effects on the body too. Light helps us produce vitamin D and serotonin (the ‘happy hormone’), and can also stimulate the body’s repair.

The difference between positive and negative effects of light are down to the amount and parts of the electromagnetic spectrum we’re exposed to.

Thankfully with Dermalux® LED Phototherapy there’s only up-side. Their multi-award winning British-made technology harnesses the power of specific therapeutic light wavelengths to accelerate our natural regeneration and repair processes for younger-looking, radiant skin.

Clinically proven to help treat conditions treat conditions such as acne, psoriasis, eczema, dermatitis and anti-ageing, we offer Dermalux® LED both as a super-effective standalone course and as an add-on to any treatment package.

The skin is thoroughly cleansed before treatment begins.
Once your eyes are protected with goggles, the Dermalux® LED device gently shines on your face for about half an hour - nice and relaxing, like a Summer’s day.
The device offers three different light modes depending on what is being treated:
- Dermalux® LED Red
  Developed for its anti-ageing and anti-inflammatory effects, it’s recommended for clients with sensitive skin conditions such as psoriasis, eczema and rosacea.
- Dermalux® LED Blue
  Its anti-bacterial properties cleanse and purify acne to regulate oil production. Recommended for clients suffering regular breakouts.
- Dermalux® LED Near Infra-Red
  Absorbed in the deepest layers of the skin, stimulating cellular activity with advanced rejuvenation benefits.
There are over 3,000 independent clinical studies supporting LED Phototherapy but only three wavelengths - Blue (415nm), Red (633nm), and Near Infrared (830nm) - have been shown to deliver significant therapeutic outcomes over time.
Dermalux® LED Phototherapy offers all three wavelength modes, but unlike competitor LED devices, they’ve refined their technology to a +/- 2nm peak emission tolerance.
What does this mean? The device is incredibly accurate, ensuring targeted energy is only delivered at the intended wavelength for optimum absorption of light.