Healing with MEDISOL®
The LED technology MEDISOL® represents a breakthrough in anti-aging and skin treatment: In contrast to classic lasers, MEDISOL® works with photobiomodulation. Intracellular targets, especially mitochondria, are naturally stimulated in order to boost the cell’s metabolism and make it self-correct.
Benefits of MEDISOL®
- Various areas of application such as anti-aging, scars, stretch marks, cryolipolysis post-treatment
Areas of application MEDISOL®
Scars and Stretchmarks
The high-performance LED lamp is able to stimulate cell renewal and treat a range of skin diseases and tissue damage. In addition to being used for burns, alopecia / hair loss, pigment disorders, stretch marks, scars or PDT, the LED treatment can also be used after cryolipolysis and as a support for laser treatments will.
Treatment with MEDISOL® after cryolipolysis
After the cryolipolysis treatment, the use of high-energy LED light ensures faster regeneration of the tissue. Any redness and bruises that may occur (see also Risks and Side Effects of Cryolipolysis) subside more quickly and the blood flow to the treated area is stimulated.
This information is intended to provide an initial overview and is expressly not intended as a substitute for specialist medical advice. If you are unsure which treatment method is suitable, please speak to your doctor of choice directly or write to us .
Prices - MEDISOL®
Peeling (aggresive) treatment
Burns / Laser treatment
Scars / Stretch marks
AURORE photo mask
Skin renuvation Tanning
Electroluminescent diodes (LED) release a narrow spectral band of light from the visible spectrum and from the infrared range. In contrast to classic lasers, which cause heat damage, they do not destroy the object but use photobiomodulation (PBM). In doing so, some intracellular targets, especially mitochondria, are naturally stimulated to stimulate the cell’s metabolism and make it self-correct. Photobiomodulation has proven itself with more than 5000 scientific publications on the subject.
The working principle of photobiomodulation is very similar to that of photosynthesis. The stimulation of the mitochondria / cytochromes, triggered by the photons of the LED light, causes the production of adenosine triphosphate (ATP). This creates energy for cell renewal and stimulates the production of new collagen. The MEDISOL ® lamp can, among other things, Emit light in the red and infrared range (630nm-850nm), i.e. close to the absorption of cytochrome. Due to the underlying photobiomodulation process, it is therefore highly effective in terms of the new production of collagen.
Consultation and/or Treatment Inquiry: