£50 off for new customers when spending over £300 Please mention when booking
£50 off for new customers when spending over £300 Please mention when booking
Lumixa treatments utilise an innovative, patented technology called Fluorescent Light Energy (FLE). It consists of a topical gel that is applied to the skin then activated under a professional blue LED light to produce FLE which generates multiple hyper-pulsed wavelengths. These wavelengths simultaneously penetrate the epidermal and dermal layers to stimulate skin cells, improve skin health and texture and boost collagen production.
Lumixa is a topical photoconverter gel that is applied to the skin then activated under a professional LED light to produce Fluorescent Light Energy (FLE) which generates multiple hyper-pulsed wavelengths benefiting both the epidermis and dermis. Treatments with Lumixa stimulate fibroblasts to increase collagen, target the intrinsic signs of ageing and reactivate the skin matrix.
Why Lumixa over standard LED?
A stand-alone LED treatment provides amazing benefits, however Lumixa generates a wide-spectrum of wavelengths, which ‘supercharges’ the benefits of a standard LED treatment by up to 7 times in a single 15 minute treatment. Fast and comfortable with little to no downtime, Lumixa FLE treatments will help repair, regenerate and energise skin.
Normalises, heals and repairs skin by targeting the signs and symptoms of inflammageing.
Effective against chronoageing, it slows down the ageing process through collagen banking.
Acts deeply within the skin by stimulating cellular regeneration and targeting the signs and symptoms of ageing.
Lumixa treatments utilise an innovative, patented technology called Fluorescent Light Energy (FLE), which is supported by strong scientific evidence and multiple clinical studies on wound care and dermatology. FLE enhances and maximizes the benefits of LED light treatments, thanks to:
Polychromatic light: Blue LED light is converted into Fluorescent Light Energy which covers the entire spectrum of wavelengths (500 to 800nm), therefore working simultaneously on both epidermal and dermal layers.
Photobiomodulation: the light stimuli generates photophysical and photochemical reactions in the skin to stimulate biological processes and the skin’s own regeneration mechanisms.
Hyper-pulsed light: Unlike continuous light from conventional LED light, FLE generates hyper-pulsed light which provides superior cellular interaction by providing cells with ‘quench’ periods (periods of rest where the light delivers energy deep into the tissue while generating less heat at the surface layers).
Steady State FLE: Fluorescence is constant and interacts with the skin continuously during the treatment session.
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