The Science Behind APEX | Photobiomodulation Technology

The Science of Light Medicine

Watch how APEX's 9 precise wavelengths trigger cellular regeneration through photobiomodulation—backed by over 6,000 peer-reviewed studies.

How Photobiomodulation Works

Each color-coded stage shows the complete therapeutic process from photon absorption to systemic healing

1 PHOTON ABSORPTION Light penetrates tissue Red and NIR photons absorbed by cytochrome c oxidase 2 MITOCHONDRIAL ACTIVATION Energy production boost ATP increases 20-30% through enhanced electron transport 3 NITRIC OXIDE RELEASE Circulation improvement NO dissociation improves respiration Blood flow increases 30-40% 4 GENE EXPRESSION Repair pathways activate Transcription factors promote cell proliferation & repair 5 ROS MODULATION Oxidative stress reduction Controlled ROS production reduces oxidative stress by 30-50% 6 SYSTEMIC EFFECTS Body-wide benefits Local changes cascade through signaling networks body-wide
APEX Therapeutic Spectrum: 9 Wavelengths
480nm 590nm 630nm 650nm 660nm 670nm 810nm 850nm 1060nm

Penetration Depth Visualized

Each wave shows exactly how deep our therapeutic light reaches into your body. APEX's 9 wavelengths penetrate every layer from surface skin to deep muscle, while competitors' 2 wavelengths leave critical layers untreated.

0-2mm EPIDERMIS Surface skin rejuvenation, anti-aging, improved texture 2-4mm DERMIS Collagen production, wound healing, acne treatment 5-10mm SUBCUTANEOUS Fat metabolism, circulation boost, lymphatic drainage 10-40mm DEEP MUSCLE & BONE Muscle recovery, joint pain relief, bone healing support
COMPETITORS
660nm R
850nm NIR
APEX SERIES
Complete Spectrum Coverage
480nm B
590nm Y
630nm R+
650nm R+
660nm R+
670nm R+
810nm NIR+
850nm NIR+
1060nm Enhanced IR

The APEX Wavelength Advantage

Precisely calibrated for maximum biological impact

9
Total Wavelengths
480-1060
Spectrum Range (nm)
187.8
mW/cm² at 6"
4X
More Coverage

Peer-Reviewed Clinical Evidence

Over 6,000 published studies validate photobiomodulation therapy across multiple health domains

Enhanced Muscle Recovery & Performance

Ferraresi et al., 2016 Journal of Biophotonics →

Systematic review of photobiomodulation showing enhanced muscle performance using red and NIR wavelengths (630-850nm). Study examined multiple clinical trials demonstrating consistent improvements in athletic recovery and performance metrics.

Result: Significant improvement in muscle performance and reduced fatigue markers

Collagen Production & Skin Health

Wunsch & Matuschka, 2014 Photomedicine and Laser Surgery →

Randomized controlled trial with 136 volunteers using 611-650nm and 570-850nm wavelengths for facial skin rejuvenation. Study measured collagen density and skin complexion improvements over 30 sessions.

Result: Significant improvement in collagen density and skin complexion quality

Inflammation & Pain Reduction

Hamblin, 2017 AIMS Biophysics →

Comprehensive review showing anti-inflammatory effects across 630-850nm spectrum. Research documented mechanisms of inflammatory cytokine reduction and oxidative stress marker improvements.

Result: Reduced inflammatory cytokines and oxidative stress markers by 30-50%

Deep Tissue & Systemic Effects

Heiskanen & Hamblin, 2018 Photobiomodulation & Photomedicine →

Review of 810-1064nm wavelengths showing deep tissue penetration and systemic benefits. Study examined how near-infrared light reaches deep structures to enhance mitochondrial function.

Result: Enhanced mitochondrial function in deep tissues and improved systemic markers

Brain & Cognitive Function

Salehpour et al., 2018 Molecular Neurobiology →

Systematic review on 630-1064nm transcranial photobiomodulation for neuroprotection. Research documented cognitive improvements and protective effects across multiple neurological conditions.

Result: Improved cognitive performance and measurable neuroprotective effects

Proven Clinical Benefits

Measurable improvements across key health markers

25-40%
Muscle Recovery
Faster recovery time
🔥
30-50%
Inflammation
Reduction in markers
⚛️
20-30%
ATP Production
Increase in cellular energy
🌙
15-25%
Sleep Quality
Improvement in deep sleep
20-35%
Collagen Synthesis
Increase in production
💓
30-40%
Blood Flow
Enhanced circulation

Scientific FAQs

Common questions about the science behind APEX

Can I use APEX with my current skincare routine? +
Yes. Red light therapy complements most skincare routines. For best results, apply products after your session when circulation is enhanced. Avoid photosensitive products immediately before treatment. The increased cellular energy and collagen production work synergistically with quality skincare ingredients.
Is eye protection necessary? +
Eye protection is recommended for direct eye exposure, though our wavelengths (480-1060nm) are in the safe range. Simply closing your eyes during facial treatments provides adequate protection. For the mask, built-in eye covers are included. Panels should not be stared at directly but normal indirect exposure during body treatment is safe.
How far should I stand from the panel? +
Optimal distance is 6-12 inches from the panel surface. Our specifications (187.8 mW/cm² at 6") are measured at 6 inches. Closer provides more intensity, farther provides broader coverage. Most users start at 6-8 inches and adjust based on comfort and treatment goals.
Can I overuse red light therapy? +
While red light therapy has an excellent safety profile, following recommended protocols optimizes results. Start with 10-15 minute sessions daily. Most benefits follow a biphasic dose response—more isn't always better. Our systems include timers to help you track optimal exposure. Listen to your body and consult healthcare providers for personalized protocols.
Who should avoid red light therapy? +
While generally safe, consult your healthcare provider if you're pregnant, have active cancer, take photosensitizing medications, have epilepsy, or have thyroid conditions. Avoid treating active infections or recent injuries without medical guidance. Our wavelengths are non-UV and don't damage skin like tanning beds.
What's the difference between pulsed and continuous light? +
Continuous wave light (what APEX uses) provides consistent, predictable dosing ideal for most applications. Some research suggests pulsed light may have specific benefits for certain conditions, but continuous light has the most robust clinical evidence. Our systems deliver reliable, measured dosing for consistent results.

Ready to Experience the Science?

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