Fuel at the cellular level.
Specific wavelengths of light your mitochondria are built to absorb. Non-invasive, and surprisingly well-evidenced.
Red light therapy (photobiomodulation)
Red and near-infrared light — typically 660nm and 850nm — is absorbed by the mitochondria inside your cells, where it supports the production of cellular energy (ATP). 660nm works at the skin; 850nm penetrates to muscle and joints.
What happens inside the body
Mitochondrial absorption
Light is absorbed by cytochrome c oxidase in the mitochondria, supporting ATP — the body's cellular energy.
660nm — skin
Visible red light stimulates fibroblasts to produce collagen and elastin, supporting tone and texture.
850nm — deep tissue
Near-infrared penetrates to muscle, joints and connective tissue for recovery.
Lower inflammation
Photobiomodulation reduces inflammation and supports circulation.
What the research actually shows
Red light at 660nm is absorbed in the skin and stimulates fibroblasts to produce collagen; near-infrared at 850nm reaches muscle and connective tissue. Research in Lasers in Medical Science found photobiomodulation applied before exercise reduced muscle-damage markers by up to 55%, and clinical work consistently shows improvements in skin texture and collagen density.
Why facilities invest
Protocols that work
10–20 minutes per area, several sessions a week.
Skin goals favour 660nm; recovery favours 850nm — most panels combine both.
Consistency over weeks is where results show.
Add light to your space.
Professional panels, beds and full-body red light systems — specified for your facility.
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