Dermalux 
LED

Dermalux LED Light Therapy utilises clinically validated light wavelengths to stimulate natural cellular processes within the skin. Unlike treatments that rely on heat, chemicals or invasive techniques, LED phototherapy works by delivering precise wavelengths of light energy that are absorbed by skin cells, helping to optimise cellular function and support the skin's natural repair and regeneration mechanisms.

Dermalux is one of the most extensively researched professional LED systems available and is supported by a substantial body of clinical evidence demonstrating its effectiveness across a wide range of skin concerns, including skin ageing, acne, inflammation, wound healing and overall skin rejuvenation.

The treatment utilises three clinically established therapeutic wavelengths, each targeting different biological processes within the skin:

Blue Light (415nm)

Blue light targets the upper layers of the skin and is particularly effective for acne-prone and congested skin. It helps reduce acne-causing bacteria while supporting a clearer, healthier complexion. Blue light can also assist in regulating oil production and reducing future breakouts as part of a comprehensive skin management programme.

Red Light (633nm)

Red light is widely recognised for its rejuvenating and anti-ageing benefits. Penetrating deeper into the skin, it stimulates fibroblast activity and supports the production of collagen and elastin, helping to improve skin firmness, elasticity and overall skin quality. Red light also promotes circulation and can help reduce redness while restoring a healthy, radiant glow.

Near Infrared Light (830nm)

Near Infrared is the deepest penetrating therapeutic wavelength used in LED phototherapy. It works beneath the skin's surface to support cellular repair, reduce inflammation and accelerate recovery processes. This wavelength is particularly beneficial following advanced aesthetic procedures and is frequently used to support wound healing, calm sensitive skin and optimise overall skin health.