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Dermalux LED

Everyone wants to achieve healthy, glowing and attractive skin and premature ageing can be a persistent bugbear. Lotions, potions and creams can certainly help, but at Enhanced Facial Aesthetics there’s a new way to achieve naturally radiant, clearer skin: Dermalux® LED therapy.

Combining revolutionary light technology with the latest skincare science, Dermalux® promotes skin rejuvenation at a cellular level. Clinically proven Blue 415nm, Red 633nm and Near Infrared 830nm delivered via single wavelength LEDs ensure targeted light delivery into the skin. Wavelengths can be selected as individual or multi-wavelength treatments. Excellent for acne and spot prone skin, as well as inflammatory conditions such as rosacea, redness, psoriasis and dermatitis, it’s a pain-free treatment without any downtime.

Procedure time

30 mins

Pain

None

Anaesthetic

None required

Recovery time

Immediate

Longevity

4 – 6 weeks

Risks

Minimal

The Dermalux is clinically proven for the treatment of a wide range of skin conditions and the most common skin concerns including lines and wrinkles, pigmentation, sun damage, dehydration, open pores, acne and blemishes, rosacea, eczema and psoriasis..

Dermalux LED helped significantly with this transformation.

LED Phototherapy is based on the principle that living cells are able to absorb and are influenced by light and the treatment has long been recognised for its regenerating and anti-inflammatory properties.

While we often associate light exposure with skin ageing and damage, light also has many positive influences on the body. It helps us produce vitamin D and provides energy and serotonin and can also accelerate our skin’s natural repair processes.

Each individual wavelength has a specific target chromophore within the skin (such as melanin, haemoglobin, water, cytochrome c oxidase, porphyrins etc.). Shorter wavelengths have more superficial targets and longer wavelengths penetrate to targets at deeper levels in the skin. If the wavelength does not match the target chromophore then there will be no absorption and no reaction and therefore no result. Furthermore if the photon intensity is too low and insufficient energy is applied to reach the target cells, again there will be no result as the minimum threshold has not been met. Not all LED Phototherapy systems are the same!

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