Technology 03 — Light
The LED overlay mattress and photobiomodulation
During the session, the client lies on an overlay mattress fitted with 1,379 LEDs, according to the manufacturer's documentation, at two wavelengths: 635 nm (red) and 980 nm (infrared).
Short answer
Photobiomodulation is the effect of low-intensity red or near-infrared light on cells. It neither heats nor cuts: photons are absorbed by certain cellular molecules, which can modify cell activity. In aesthetics it is mainly studied for skin quality.
What the literature describes
Reference work describes the absorption of red and near-infrared light by mitochondrial chromophores (notably cytochrome c oxidase), followed by a cascade of cellular effects: ATP production, nitric oxide release, modulation of microcirculation and inflammation [1]. In dermatology, effects are reported on wrinkles, some scars and wound healing [1].
The two wavelengths
| Wavelength | Type | What can be said |
|---|---|---|
| 635 nm | Visible red | A range commonly studied in skin photobiomodulation; mechanisms above (general literature). |
| 980 nm | Near infrared | Invisible light that penetrates deeper than red. Effects specific to this wavelength as delivered by the device are not documented to date. |
Theory, published evidence, demonstrated performance
Cellular mechanisms of photobiomodulation, described in laboratory settings.
Skin effects reported with other devices and protocols, of variable quality.
No specific performance of the AdipoXtrem mattress is claimed to date.
That is why we do not present LED as a way to “eliminate” fat or “toxins”. It is part of the session as a complementary light component.
Precautions
Usual precautions include photosensitivity (certain conditions or medications), photosensitive epilepsy and eye protection. The instructions for use prevail. Safety → · What is photobiomodulation? (full article)
Sources
- Avci P, Gupta A, Sadasivam M, et al. Low-level laser (light) therapy (LLLT) in skin: stimulating, healing, restoring. Semin Cutan Med Surg. 2013;32(1):41-52. PMC4126803
Reference identified via PubMed.