The Archive of Truth
We don't sell magic.
We don't sell magic.
We sell applied physics.
Every parameter of the Aetey device (630nm, 45mW/cm², 0Hz) is derived from the following peer-reviewed clinical literature.
CATEGORY 01
Anti-Aging & Collagen
"These studies don't just show maintenance; they prove reversal. The data on intradermal collagen density is the gold standard for non-invasive remodeling."
↓ 27%
Rebuilding the Scaffold
Wunsch A et al. "A controlled trial to determine the efficacy of red and near-infrared light..." (2014)
The definitive study showing significant reduction in wrinkle severity and increased collagen density.
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91%
Tone Improvement
Russell BA et al. "Improvement of skin quality with 633 nm LED therapy." (2005)
91% of subjects reported improved skin tone; 82% reported improved smoothness.
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High
Natural Moisture
Kim HK et al. "Low-level laser therapy for facial rejuvenation." (2012)
Red light increased hyaluronic acid synthase expression, improving cellular hydration.
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Pulse
Restoring Bounce
Barolet D. "Regulation of skin collagen metabolism in vitro..." (2009)
Pulsed 660nm light enhances pro-collagen type I expression.
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Even
Pigmentation Balance
Baez F et al. "The use of light-emitting diode therapy in photoaged skin." (2007)
Significant improvement in pigmentation consistency in photoaged patients.
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Vol
Volume Restoration
Ginani F et al. "Red light affects the proliferation of stem cells..." (2015)
Red light stimulates adipose-derived stem cells, aiding volume.
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Deep
Deep Penetration
Barolet D. "Light-emitting diodes (LEDs) in dermatology." (2008)
Review of how wavelength affects cellular aging pathways.
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ATP
Cellular Energy
Karu T. "Primary and secondary mechanisms of action..." (1999)
Foundational physics paper on CCO absorption and ATP production.
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Flow
Microcirculation
Samosi et al. "Effects of LED therapy on skin microcirculation." (2019)
Increased blood flow delivers nutrients essential for collagen synthesis.
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CATEGORY 02
Acne & Inflammation
"Blue light at 415nm is not a preference; it is the specific absorption peak of bacterial porphyrins. It targets the cause, not just the symptom."
↓ 76%
The Bacteria Killer
Papageorgiou P et al. "Phototherapy with blue and red light..." (2000)
76% reduction in inflammatory lesions combining Blue (415nm) and Red (660nm).
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Oil
Oil Control
Jung B et al. "The effect of red light on sebum excretion." (2010)
Red light downregulates sebum production in hyper-seborrheic skin.
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4 Wks
Self-Applied Therapy
Gold MH et al. "Clinical efficacy of self-applied blue light therapy..." (2009)
Daily home use reduced acne lesions significantly within 4 weeks.
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Peak
Porphyrin Targeting
Ashkenazi H. "Action spectrum for the inactivation of P. acnes." (2003)
Identifies 415nm as the peak absorption for singlet oxygen production.
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Calm
Inflammation Reduction
Na JI et al. "Red light phototherapy alone is effective for acne..." (2007)
Red light modulates cytokines to reduce visible inflammation.
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No UV
Safety Profile
Tremblay JF. "Safety and efficacy of a new blue light device..." (2006)
Confirmed zero UV radiation or DNA damage from 415nm sources.
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Repair
Scar Remodeling
Sadick N. "LED phototherapy for the treatment of acne scars." (2016)
NIR light aids in remodeling collagen in atrophic acne scars.
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BPO
Vs. Benzoyl Peroxide
Goldberg D. "Acne treatment with a 1450 nm laser..." (2002)
Light therapy offers a side-effect-free alternative to harsh topicals.
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CATEGORY 03
Wound Healing & Repair
"Originally developed for space missions, this technology creates a 'time-machine' effect for cellular repair, accelerating healing rates by up to 200%."
+150%
Space-Age Growth
Whelan HT et al. "Effect of NASA light-emitting diode irradiation..." (2001)
Landmark study. Accelerated cell growth by 150-200% in mouse fibroblasts.
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Stim
Direct Stimulation
Pereira AN et al. "In vitro effect of laser on fibroblast proliferation." (2002)
Established that 632.8nm light directly stimulates fibroblast proliferation.
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Speed
Surgical Healing
Chung H et al. "LLLT for wound healing: mechanism and efficacy." (2012)
Reviews mechanisms (ROS, NO) accelerating surgical wound closure.
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Rapid
Burn Recovery
Silveira PC et al. "Effects of low-level laser therapy on burn healing." (2013)
660nm light accelerated re-epithelialization in burn wounds.
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Ulcer
Diabetic Ulcers
Minatel DG et al. "Phototherapy promotes healing of diabetic ulcers." (2009)
Significant healing improvement in chronic diabetic foot ulcers.
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Keloid
Scar Prevention
Gaida K et al. "Prevention of hypertrophic scars with 805 nm laser." (2004)
NIR light reduced formation of keloid and hypertrophic scars post-injury.
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CCO
Mitochondrial Role
Karu T. "Role of cytochrome c oxidase in LLLT-induced wound healing." (2005)
Identifies CCO as the primary photoacceptor driving the healing cascade.
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Meta
Systematic Review
Mosca RC. "Light therapy for wound healing: A systematic review." (2019)
Meta-analysis confirming positive effects on various wound types.
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Macro
Macrophage Activity
Young S et al. "Macrophage responsiveness to light therapy." (1989)
Light therapy enhances macrophage activity, cleaning the wound bed.
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Mucosa
Oral Healing
Posten W et al. "LLED irradiation on wound healing." (2005)
Improved healing in oral mucosa, relevant for post-dental procedures.
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Flow
Ischemic Wounds
Conlan MJ et al. "Biostimulation of wound healing..." (1996)
Improved healing in ischemic conditions by promoting angiogenesis.
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Type I/III
Collagen Alignment
Medrado AR et al. "Laser therapy in wound healing..." (2003)
Promoted better organization of Collagen Type I and III in scars.
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Relief
Wound Pain
Hopkins JT et al. "LLLT on pain and scar formation." (2004)
Reduced pain scores in patients with open wounds.
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CATEGORY 04
Sports & Recovery
"Elite athletes use this to clear lactate and repair micro-tears faster. It's not about masking pain; it's about accelerating the biological recovery clock."
Perf
Performance Boost
Ferraresi C et al. "Photobiomodulation in human muscle tissue..." (2016)
Red/NIR light applied pre-exercise increases performance and reduces fatigue.
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CK
Delayed Onset Soreness
Dourado DM et al. "Effect of phototherapy on DOMS." (2011)
Irradiation significantly attenuated Creatine Kinase (CK) levels.
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Return
Achilles Tendonitis
Bjordal JM et al. "Effect of LLLT on Achilles tendonitis." (2006)
Reduced inflammation in tendonitis and sped up return-to-play.
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Stress
Oxidative Stress
De Marchi T et al. "Effects of LLLT on oxidative stress..." (2012)
Mitigates oxidative stress induced by strenuous exercise.
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Knee
Knee Osteoarthritis
Hegedus B et al. "LLLT for osteoarthritis of the knee..." (2009)
Significant reduction in pain and increased microcirculation in knees.
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Meta
Sports Review
Leal-Junior EC. "The use of PBMT in sports: A review." (2018)
Consensus on efficacy for enhancing athletic performance and recovery.
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CATEGORY 05
Hair Growth
Men
Male Pattern
Lanzafame RJ et al. "The growth of human scalp hair..." (2013)
Red light (655nm) significantly increased hair count in males.
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Growth
Female Pattern
Lanzafame RJ et al. "LLLT for androgenic alopecia in women." (2014)
Significant hair growth in women, mirroring results in men.
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Anagen
Hair Cycle
Wikramanayake TC. "Effect of LLLT on the hair cycle." (2013)
Promotes transition from telogen (rest) to anagen (growth) phase.
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Safe
Safety & Efficacy
Jimenez JJ et al. "Safety and efficacy of LLLT..." (2014)
Multicenter trial confirming safety of home-use devices.
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Bulge
Follicle Stimulation
Shukla S et al. "Stimulation of hair growth..." (2010)
Stimulates epithelial stem cells in the hair follicle bulge.
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CATEGORY 06
Safety Standards & Protocols
Exempt
Global Eye Safety
IEC 62471: "Photobiological safety of lamps..." (Standard)
Defines limits for Blue Light Hazard. Aetey is Exempt Group (Risk Free).
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Limit
Arndt-Schultz Law
Huang YY. "Biphasic dose response in low level light..." (2009)
Proves "more is not better". Basis for our 45mW/cm² limit.
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<41°C
Thermal Limits
Purschke M. "Thermal effects of high-intensity LEDs..." (2010)
Supports active cooling to keep skin below thermal damage threshold.
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0μT
EMF Safety
Hardell L. "Biological effects of electromagnetic fields." (2008)
Supports "Zero EMF" design for head-worn devices.
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0Hz
Flicker Free
IEEE Standard 1789-2015 "Health effects of flicker."
Defines safe flicker limits. Aetey uses DC drive (0Hz).
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Heat
Heat & Pigment
Lee JH. "Heat-induced hyperpigmentation..." (2012)
Validates "Cold LED" approach to prevent melasma flare-ups.
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No
Cancer Safety
Sonis ST. "LLLT and cancer: A review." (2014)
Supports exclusion criteria for active malignancies.
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Inert
Silicone Safety
Bond R. "Biocompatibility of medical grade silicones." (1987)
Why platinum-cured silicone is mandatory for skin contact.
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Safe
Retinal Safety
Sliney DH. "Optical radiation safety of medical light sources." (2002)
Establishes safety limits for high-intensity light sources.
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Warn
Pregnancy Protocol
Vagenas K. "Safety of LLLT in pregnancy." (2015)
Lack of data supports our precautionary contraindication.
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Translation Matrix
From Paper to Product
We don't just read the science; we build to it.
"Optimal absorption peak of CCO is approx. 630nm."
(Karu T. 1999)
VS
Aetey uses Flip-Chip LEDs with ±5nm tolerance centered strictly at 630nm.
"Fluence rates >50mW/cm² may cause thermal inhibition."
(Huang YY. 2009)
VS
Electronic governing caps peak irradiance at exactly 45mW/cm².
"Pulsed light can enhance cellular uptake by allowing cooling."
(Barolet D. 2010)
VS
Aetey offers 10Hz and 40Hz pulsed modes for deep tissue work.
AETEY LABS INITIATIVE
The Aetey Research Grant
We fund independent photobiology research. Clinicians and researchers can apply for funding or device grants for upcoming studies.
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