Precision-engineered light therapy backed by cutting-edge photobiomodulation science. Nine specific wavelengths for cellular optimization and measurable results.
Faster sleep onset with regular use
Increase in cellular ATP production
Increased muscle strength with training
Scilight Pro's therapeutic light influences the body at the cellular level through several well-studied mechanisms.
Red and NIR light boost ATP production by 200-300%, supercharging your cells with energy for performance, repair, and recovery.
Light triggers nitric oxide release that dilates blood vessels, enhancing oxygen and nutrient delivery to tissues.
Multi-wavelength light down-regulates pro-inflammatory cytokines and up-regulates anti-inflammatory agents for faster recovery.
Light triggers beneficial gene expression changes that enhance cellular resilience and tissue repair capabilities.
Scilight Pro's 9-wavelength array isn't just for show – it's grounded in science. Different biological targets absorb different colors of light:
Blue (480 nm)
Surface tissues, nitric oxide release, antimicrobial effects
Yellow (590 nm)
Skin healing, redness reduction, collagen production, acne management
Red (630-670 nm)
Skin health, collagen production, reduced inflammation
Near-Infrared (810-850 nm)
Deep tissue penetration, muscle recovery, joint health, brain function
Far-NIR (1060 nm)
Deepest penetration, tissue warming, metabolic activity, pain relief
Studies show that using multiple wavelengths together creates a synergistic effect. Erythros' analysis found that two standard wavelengths can increase cellular ATP ~70%, but their nine-wavelength system boosted ATP production by up to 200%.
At its heart, Scilight Pro is a tool for optimizing cellular health. By energizing cells and reducing inflammatory stress, it promotes an internal environment where healing and regeneration prevail.
One of the most robust findings in photomedicine research is PBM's anti-inflammatory effect. Light therapy sessions lead to a downregulation of inflammatory cytokines – the signals that drive pain, swelling, and tissue breakdown.
By reducing inflammation and boosting circulation, Scilight's wavelengths confer natural analgesic and healing effects. Clinical meta-analyses have found red/NIR light therapy effective for relieving joint pain, muscle soreness, and even neuropathic pain.
Similar pain relief efficacy in clinical studies - but without the systemic side effects
Cells under stress accumulate oxidative damage. Scilight Pro helps counter this by boosting your cells' antioxidant capacity, activating Nrf2 pathways that increase production of internal antioxidants.
Some researchers speculate that regular PBM could slow aspects of cellular aging by maintaining mitochondrial integrity and reducing chronic inflammatory load.
Red light therapy was originally pioneered by NASA for speeding up wound healing in astronauts. Scilight Pro's red wavelengths stimulate collagen synthesis, fibroblast activity, and tissue granulation – all essential for repair of wounds or skin damage.
Your metabolism and hormones are profoundly influenced by light exposure – both via direct cellular effects and via circadian (body clock) regulation. Scilight Pro's full-spectrum approach offers novel ways to tune metabolic health and hormonal balance.
Surprising as it may sound, shining light on your body can improve systemic metabolic measures. In diabetic animal models, red/NIR photobiomodulation significantly reduced blood glucose levels and insulin resistance.
While Scilight Pro is not a weight-loss device per se, using it as part of a healthy lifestyle could help "unstick" a sluggish metabolism by encouraging healthier cellular function in insulin-sensitive tissues.
One of the most remarkable clinical applications of PBM has been in thyroid function. Low-level laser therapy on the thyroid (typically using 830 nm light) has been shown to improve outcomes in Hashimoto's hypothyroidism – an autoimmune thyroid condition.
of patients no longer needed thyroid hormone medication after a course of PBM
They literally went from dependent on daily hormones to producing enough on their own, with sustained results months later. The light likely reduced autoimmune inflammation and stimulated thyroid tissue regeneration.
There is growing evidence suggesting red light therapy can boost testosterone levels in men – especially when applied to areas like the torso or reproductive areas.
While we advise realistic expectations, this is an intriguing area where anecdotally many users have reported benefits (such as improved workout recovery, higher morning testosterone readings, etc., after a few weeks of use).
Chronic stress can dysregulate cortisol (stress hormone) patterns. Light therapy, by improving sleep and lowering inflammation, can aid in normalizing cortisol rhythms.
Morning
High cortisol (alert)
Low melatonin
Evening
Low cortisol (calm)
High melatonin
Light is a master regulator of hormonal cascades, and Scilight Pro gives you the reins to optimize that regulation for well-being.
One of the most exciting frontiers in light therapy is its impact on the brain and nervous system. Near-infrared light can penetrate the skull to influence brain cells, improving their energy metabolism and reducing neuroinflammation.
Photobiomodulation has been shown to enhance cognitive functions such as memory, attention, and processing speed. In a recent placebo-controlled trial with older adults:
Improvement in MoCA Scores
3.2 points
vs ~2 points in controls
Control
Light Therapy
BDNF is like "fertilizer for the brain" - it promotes neuroplasticity and brain cell health. Benefits persisted even at 3-month follow-up.
Early research indicates light therapy may help mood and stress resilience. Transcranial PBM has shown promise in pilot studies for depression and anxiety, presumably by enhancing ATP in brain cells and reducing neuroinflammation.
"One study on seasonal depression found daily 810 nm light to the forehead led to mood improvements comparable to antidepressants (though larger trials are needed)."
Perhaps most impressively, PBM has demonstrated neuroprotective effects in serious conditions – helping injured or sick neurons survive and recover.
Animal studies: Near-infrared light can reduce brain damage after strokes and traumatic brain injuries by decreasing inflammation and cell death.
Traumatic brain injury: Small studies found transcranial light therapy improved executive function and sleep quality over several weeks.
Neurodegenerative diseases: Burgeoning research into using 40 Hz light flicker (the "Gamma" frequency) to potentially combat Alzheimer's disease by assisting the brain's waste-clearing mechanisms.
Scilight Pro's multi-wavelength, pulse-capable system aligns with cutting-edge neurological research.
Though Scilight Pro is not a sleep device per se, it can indirectly improve sleep quality by influencing your circadian biology through optimized light exposure.
Morning Blue Light
Signals "daytime" to brain
Sets circadian clock
Evening Red Light
Doesn't suppress melatonin
Supports relaxation
"Scilight Pro is essentially a gym for your brain cells – exercising them with light to make them stronger, more energetic, and more adaptable."
Scilight Pro enhances physical performance, accelerates recovery from workouts, and reduces injury downtime.
When applied before strength training, photobiomodulation has been shown to significantly amplify gains.
Muscles fatigue more slowly under red/NIR light therapy, allowing for more repetitions and longer training sessions.
Scilight Pro helps your body rebound after intense exercise by reducing markers of muscle damage and inflammation.
In a controlled study with runners using photobiomodulation:
Perceived Exertion
Significantly Lower
Post-Run Fatigue
26% vs 33%
Translation: Scilight Pro can subjectively make a hard workout feel easier and leave you with less "dead legs" afterward.
Many professional sports teams are already using similar light therapy to speed up recovery between games.
Transform your health with clinically-proven photobiomodulation technology. Join thousands who have discovered the power of precision light therapy.