why dermalux led?

‘Grow old gracefully’ may be a famous saying, but who says we cannot use a few products along the way? After all, everyone needs a helping hand now and then. One of our favourite devices to do just that is the Dermalux FlexMD.

Dermalux LED Phototherapy can be your perfect solution to perfect skin.

You can achieve beautiful, radiant skin with Dermalux LED Phototherapy – an award-winning skincare treatment that harnesses the power of light for a glowing, healthy complexion.

Light Emitting Diode (LED) Phototherapy is a non-invasive treatment which targets specific non-thermal light to energise cells which triggers a cascade of bio stimulatory responses. It is scientifically proven for a wide range of indications including skin rejuvenation, acne and pigmentation to wound healing, psoriasis and pain relief.

LED Phototherapy is now recognised as an essential skincare treatment due to its versatility and role in the foundation of skin optimisation and good skin health. 

Dermalux LED Phototherapy can assist you with:

• Skin rejuvenation
• Evening & brightening skin 
• Pigmentation 
• Acne
• Redness and inflammatory skin conditions
• Psoriasis 
• Wound Healing
• Musculoskeletal pain

Dermalux can be integrated in a multitude of ways to transform any treatment menu; as a targeted standalone, an express skin service, a bespoke combination protocol, pre-treatment skin preparation, post treatment recovery and part of an ongoing skin health programme. 

So, how does Dermalux LED Phototherapy work?

Light does many wonderful things to our bodies. It helps us to produce essential Vitamin D, makes us feel good and makes our skin flourish!  LED Phototherapy is based on the principle that all living cells have evolved to absorb and be influenced by light. Light is a powerful energy and when applied correctly, has a significant impact on how we look, feel and perform. The mechanism of action is a natural response similar to that of photosynthesis through a process known as photobiomodulation. 

This treatment involves exposing the skin to specific wavelengths or nanometers from the visible colour and infrared (invisible) part of the light spectrum. Wavelength selection is crucial to the success of the LED treatment as it determines how effectively the light is absorbed.