Red light therapy harnesses specific light wavelengths to deeply penetrate the skin, initiating cellular regeneration, collagen synthesis, and ATP production. This comprehensive process yields a range of benefits, including reduced inflammation, enhanced sleep quality, improved mood, and heightened athletic performance.
Our innovative multi-wave R+|NIR+ spectral output marks a significant advancement, integrating six distinct red and near-infrared light wavelengths to deliver an exceptional therapeutic experience. With the highest output among red/NIR red therapy lights, it offers more than double the power of any other red light available.
This therapeutic methodology is firmly supported by scientific research, underscoring the beneficial impact of infrared light at the cellular level.
Infrared therapy utilizes infrared radiation to create localized heat, while Infrared LED therapy employs
non-thermal low-level light to penetrate the skin, fostering cellular regeneration, collagen production, and
the generation of adenosine triphosphate (ATP).
In general, Infrared LED Therapy is considered very safe; however, there is a possibility of negative
effects. Some patients may experience irritability, headaches, or eye strain as a result of light therapy,
although such occurrences are exceedingly rare.
Yes, Near-infrared light therapy has gained growing medically reviewed endorsement as a treatment for
visual conditions like myopia, age-related macular degeneration, retinal injuries, Leber’s optic neuropathy,
and potentially numerous other eye conditions stemming from mitochondrial dysfunction (the cells’
inability to produce adequate energy). Both human and animal studies have revealed no discernible side
effects, indicating that Near-Infrared (NIR) light therapy holds promise as a safe and effective treatment
across a spectrum of ophthalmological applications. We will supply you with eye goggles that you may
wear.
Due to limited clinical research on red light therapy treatments for pregnant or nursing individuals, it is
advisable to refrain from using the device during pregnancy or lactation without first consulting your
healthcare provider.
Consider the visible light spectrum, encompassing all colors. Red light, with longer wavelengths and lower
frequency, resides on one end, while violet light, with shorter wavelengths and higher frequency, is found
on the other. Together, these colors form white light, the perception of sunlight by our eyes.
In LED light therapy, diverse wavelengths are utilized to address various health concerns. Treatments
may involve blue, green, amber, or red light wavelengths, the latter sometimes referred to as low-level
light therapy (LLLT) or photobiomodulation.
The fundamental principle underlying all LED light treatments is that specific light wavelengths can initiate
beneficial biological processes within the body.
Extensive research has demonstrated that specific light wavelengths, upon penetrating the body,
stimulate mitochondria—the minute, energy-generating organelles within cells. Upon activation, these
mitochondria enhance the production of adenosine triphosphate (ATP), a crucial energy source utilized
and stored at the cellular level.
This upsurge in ATP production initiates several physiological effects. It is believed to elevate collagen
synthesis, the predominant protein in the human body. Moreover, it is established to mitigate
inflammation, offering benefits for muscle recovery, chronic inflammatory conditions, and general
discomfort.