The Science of Light
Clinical-grade photobiomodulation technology designed for home use. Discover how specific wavelengths of light awaken cellular energy, reduce inflammation, and restore biological rhythm.
"We evolved under the sun. Modern life took us indoors. We engineered the spectrum to bring the energy back."
The Mechanism
Photobiomodulation works through three interconnected biological pathways. Each mechanism contributes to cellular optimization and systemic wellness.
Light photons penetrate tissue and are absorbed by cytochrome c oxidase in your mitochondria, unlocking the cell's ability to produce energy.
660nm and 850nm photons dislodge nitric oxide from CCO, allowing oxygen to bind. This ramps up the electron transport chain, increasing ATP production by up to 150% in treated cells.
Controlled photonic stress triggers your body's adaptive response, building resilience while reducing chronic inflammation markers.
Brief exposure creates mild oxidative stress (hormesis) that activates NF-κB and AP-1 transcription factors. This modulates pro-inflammatory cytokines like IL-6 and TNF-α, reducing systemic inflammation.
Enhanced circulation delivers oxygen and nutrients while activated fibroblasts rebuild the structural proteins that define youthful tissue.
Red light stimulates fibroblast proliferation and collagen type I/III synthesis. NIR wavelengths promote VEGF release, increasing micro-circulation to treated areas by up to 30%.
The Science of Renewal
Red light at 660nm penetrates to the dermis where fibroblasts reside. These cells, once activated, produce collagen types I and III—the structural proteins responsible for skin elasticity, wound healing, and tissue integrity.
150%
Increase in fibroblast activity
30%
More collagen production
The Bio-Spectrum
From surface skin rejuvenation to deep tissue penetration—explore how each wavelength targets specific biological processes.
Therapeutic Wavelength Spectrum
Click a peak to explore
The Verso Bio-Spectrum includes 8 therapeutic wavelengths: 630nm (surface rejuvenation, targets epidermis), 650nm (cellular repair, targets upper dermis), 660nm (collagen production, targets dermis with peak cytochrome c oxidase absorption), 670nm (circulation, enhances blood flow), 810nm (cognitive support, penetrates neural tissue), 830nm (joint and bone health, reaches connective tissue), 850nm (muscle recovery, penetrates deep muscle at 4-5cm), and 1060nm (deep tissue and metabolic support, penetrates 5-6cm+ to subcutaneous layer). Peak therapeutic irradiance occurs at 660nm and 850nm wavelengths, with 1060nm providing frontier deep-tissue penetration that most competitors do not offer.
Deep Dives
The Specification Check
Objective specifications. Third-party verified. See exactly how Verso devices measure against industry standards.
Objective specifications compared against industry standard panels. All measurements verified by third-party testing.
| Specification | Verso Light | Industry Standard |
|---|---|---|
Peak Irradiance | 180+mW/cm² | ~100mW/cm² |
Wavelength Variety | 8wavelengths | 2-4wavelengths |
Includes 1060nm IR | ✓ | Rare |
Third-Party Lab Tested | ✓ | Varies |
Flicker Rate | 0% | Unknown |
EMF at 6" | 0.0µT | 0.0-0.5µT |
FDA Classification | Class II | Class II |
Trial Period | 60 days | 30-60 days |
Restocking Fee | $0 | 15-20% |
Return Shipping | Free | Customer Pays |
Warranty | 3 years | 1-2 years |
* Industry standard values represent typical specifications across leading competitors. Individual products may vary. All Verso specifications verified by independent testing. View testing methodology →
60-day risk-free trial. Zero restocking fees. 3-year warranty. Try clinical-grade photobiomodulation with complete confidence.
Deep Dive
630nm to 1060nm—understand the therapeutic range and which wavelengths target specific biological processes.
Explore wavelengthsResearch Library
Curated database of peer-reviewed research on photobiomodulation, with plain-language summaries and confidence ratings.
Browse studies