Total Body Rejuvenation for enhanced performance and wellbeing

 Fibroblasts (connective tissue cells) produce collagen, elastin and hyaluronic acid, which are responsible for tensile strength, elasticity and fullness of the skin. From the age of 25, the metabolism of the fibroblasts slows down, causing the collagen content to decrease by an average of 1% per year. The red light is absorbed by the fibroblasts and increases the body’s own production of collagen and elastin. This tightens the skin and reduces wrinkles and fine lines. 

Don't want to risk sun damage? Try our UV-free spray tanning service. Our trained technicians will give you a natural-looking tan that lasts for weeks. Schedule your appointment today!

 The stimulation of regenerative and reparative processes in the skin contributes to accelerated wound healing. This is one of the longest researched effects of red light and is therefore often used in the context of invasive procedures for skin rejuvenation to shorten recovery times (“social downtime”). 

 Overproduction of sebum and clogged ducts lead to blackheads and pimples. Various studies show that red light and near infrared can reduce both sebum production and inflammatory processes, accelerating the skin’s natural healing process. This leads to a reduction of lesions and an improvement in the skin’s appearance. 

 Red light helps improve the antioxidant status of the skin, thereby reducing unwanted side effects of UV light. At the same time, desired effects of UV light are intensified by improved blood circulation and oxygen supply to the skin. Therefore, modern tanning salons also use red light in addition to UV light (“hybrid light technology”). 

 In various studies, the symptoms of skin diseases such as psoriasis, neurodermatitis and rosacea have also been significantly reduced. However, the treatment of medical conditions should always be in consultation with the treating doctor. 

 Our body controls our sleep-wake rhythm with the production of the ‘happiness hormone’ serotonin under the influence of light and the ‘sleep hormone’ melatonin in the dark. In the dark winter months, this rhythm often falls out of balance. By using light, the natural sleep-wake rhythm can be restored and the winter blues can be reduced. A study compared the effectiveness of very bright white light (Bright Light Therapy, BLT) and barely visible near infrared light (NIR). The results demonstrated there were no significant differences between BLT and NIR. 

 Most people are exposed to a lot of artificial light which disrupts the circadian rhythm, ie the normal 24- hour rhythm. Blue light from smartphones and screens, particularly in the evening can have a negative impact on sleep quality because it impairs the production of the sleep hormone melatonin. The use of red light can help regulate the body’s natural chronobiological functions and increase the production of melatonin, promoting sleep and regeneration. It can also be used to re-balance the body’s biorhythms after jet lag 

 A study of female athletes showed that sleep quality was significantly improved after just 14 days of regular red light therapy in the form of 30-minute full-body sessions in the evenings. The athletes’ blood melatonin levels also increased and their endurance performance increased significantly. Current research results also highlight the positive effects of using red light on the so-called glymphatic system in the human brain. By stimulating this system, the regenerative efficiency of sleep is promoted.