We now offer the award-winning Dermalux LED treatments. The latter delivers safe and effective results for many skin concerns – minus the pain or downtime.
The world over, it’s hailed as the perfect complexion boost. By energises skin cells instantly, Dermalux LED treatments thus revitalise dull and tired complexions.
As is usually the case, we recommend a course of treatments to enjoy long-lasting results.
How it works
Dermalux LED treatments work by stimulating the skin’s natural rejuvenation and repair processes. In addition to promoting healthy-looking skin, it also accelerates cell renewal and resolves many skin concerns.
The benefit of light
LED Phototherapy is based on the principle that living cells absorb and are influenced by light. The treatment is recognised for its regenerating and anti-inflammatory properties.
These days we often associate light exposure with skin ageing. However, light also has many positive influences on the body. It helps us produce vitamin D and provides energy and serotonin. This means it can also accelerate our skin’s natural repair processes.
The differences between the positive and negative effects of light are the amount and parts of the light spectrum to which we’re exposed. Ongoing exposure to UV is extremely damaging. But, the clinical proof is that controlled levels of Red, Blue and Near Infrared light are beneficial.
The Dermalux LED treatment exposes the skin to low levels of this beneficial light energy from the visible and infrared part of the light spectrum. This energises cellular functions to stimulate various cellular processes. And naturally, energised skin cells function better and regenerate faster. This in turn leads to younger, healthy and radiant skin.
Dermalux LED Phototherapy effects are a natural response similar to that of plant photo-synthesis. This process is called photobiomodulation.
The key parameter is the precise wavelength or nanometre (nm). Because this determines the target for the light and also the skin penetration depth. The second important parameter is the output power or photon intensity.
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