NIR PLASMA
LIGHT THERAPY
The Future of Regeneration
The World's Most Powerful Near-Infrared Non-Ionizing Low-Level Cold Laser. Plasma Light Therapy harnesses the Power of near-infrared light for Healing and Vitality. Plasma Light therapy, also known as Near Infrared (NIR) Light Therapy or Photobiomodulation, uses targeted light frequencies to support your body’s natural healing processes. Clinically studied and widely used in wellness, cosmetic and medical settings, Plasma Light therapy promotes cellular regeneration, reduces inflammation, and enhances overall wellness.
A SCIENTIFICALLY
PROVEN LIGHT SPECTRUM
The NIR Plasma Light are scientifically proven, light spectrum based on decades of research and scientific studies in photobiomodulation. They are a quantum leap in technology, delivering powerful treatments effectively, safely, and rapidly in a natural, non-invasive manner.
The World's Most Powerful
Near Infrared, Non-Ionizing
Low-Level Cold Laser
Industry-leading multiple bandwidth power outputs ensure that you can trust the NIR Plasma Light Photobiomodulation Therapy to provide the power and results that others can’t deliver with LED technology.
NIR Plasma Light Therapy utilizes a revolutionary Low-Level Cold Laser Hyper Plasma-Arc/Quartz lamp system, featuring a specially designed and patented filter system/power supply combination. This scientifically proven spectrum of different wavelengths is formulated to deliver outstanding results.
Light therapy has been shown in over 40 years of independent research worldwide to deliver powerful therapeutic benefits to living tissues and organisms. Red light (visible) and infrared have been shown to affect at least 24 different positive changes at a cellular level. It is very beneficial in treating problems close to the surface, such as wounds, cuts, and scars, as well as treating infections. It also triggers acupuncture points and is particularly effective in promoting collagen production, reducing wrinkles, reversing sun damage, and alleviating internal and external radiation damage. Additionally, it helps eliminate brown spots and provides minor pain relief (infra-red).
How it Works
The RX-1 Plasma Light delivers 500 Watts of near-infrared, non-ionizing LLLT light energy, targeting soft tissue for rapid NO production and vasodilation, lymphatic drainage, and subsequent Cytochrome-C oxidase stimulation for increased ATP production, enhanced cell proliferation, and the anti-inflammatory effects of prostaglandins, interleukin, and interferon at the cell level to complement existing therapies for a natural healing process.
Plasma Light devices emit safe near infrared wavelengths that penetrate deeply into tissues—up to 1200 nm, reaching all the way to the mitochondria within your cells. Most standard NIR devices only penetrate 600–800 nm, making Plasma Light one of the deepest-reaching therapies available. This cellular-level stimulation helps:
MEDICAL
Support nervous system regulation
Energy balance
Reduce inflammation and joint discomfort
Accelerate tissue repair and recovery
Achilles heel tendinopathy
Golfer's elbow, tendonitis
Micro ruptured ligaments
Rheumatoid arthritis pain
Carpal tunnel pain
Back pain
Digestion
Plantar fasciitis pain
Degenerative joint disease
Neuropathic pain
Inflammation, lymphoedema
Soft tissue disorders
Orthopedic post-operation
BEAUTY
Improve skin health
Anti-aging
Increase Collagen Production
Reduce Wrinkles
Lighten Age Spots
Reverse Sun Damage
Reduce Scar Tissue
Activate PRP & Stem-cell Injections
Aids in Weight loss
Reduction of Cellulite
Treatment of Skin Conditions
So much more!
Why Pasma Light?
Near-Infrared (NIR) light has been studied for over sixty years and is supported by thousands of research studies showing its powerful effects on tissue repair, cellular rejuvenation, and pain relief. NIR photobiomodulation therapy is a non-invasive, natural approach that helps the body restore itself—making it a highly effective tool for healing wounds, improving circulation, and reducing inflammation.
Plasma Light uses a specialized plasma arc light source that emits a broad, natural spectrum of Near-Infrared light. This technology allows light to reach deeper layers of the body while remaining cool to the touch. The light covers a wide area—up to a square foot—so it can effectively treat tissues and cells without direct contact, even through clothing, gauze, or linens.
When NIR light interacts with the body, it helps stimulate cellular energy production within the mitochondria, increasing ATP—the body’s energy currency. This activation supports faster tissue repair, improved collagen and elastin production, and enhanced oxygen and nutrient delivery to cells.
At the same time, NIR light helps calm inflammation by regulating the body’s natural chemical messengers, improving blood flow, and encouraging new vessel formation (angiogenesis) for deeper, longer-lasting healing. It also supports antibacterial activity and pain relief by promoting nitric oxide (NO) release, which improves circulation and cellular communication.
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The overall result is a gentle yet powerful therapy that enhances your body’s ability to regenerate from the inside out—helping wounds close faster, scars heal stronger, and tissues stay healthy and vibrant. In essence, Plasma Light harnesses the healing intelligence of light itself—helping the body repair, renew, and restore balance naturally. It is:
Safe, non-invasive, and drug-free
Penetrates deeply into mitochondria for true cellular healing
1200 nm depth vs. standard 600–800 nm NIR lights
Scientifically supported with photobiomodulation research
Enhances cellular function and overall energy
Complements other therapies, including SEQEX sessions
Non-Invasive Musculoskeletal Pain Treatment
Inflammation Peripheral Neuropathy
Wide Exposure Scattered LLLT Cold Laser
Non Thermal, Non Collimated & Non Ionizing
Wound healing
Treat Cancer Therapy Side Effects
Non-Invasive, Non-Topical
No Burning, No Scarring
Chemical-Free + Hands Free Operation
Open a Wellness Studio
Illuminate your community with the transformative power of Plasma Light therapy. We’ll equip you with the advanced technology, training, and business tools needed to create a high-end studio experience. Help clients rejuvenate, restore, and balance their bodies using the latest in photobiomodulation — a natural, non-invasive approach to cellular healing and vitality.
In-Clinic Treatments
Experience the benefits of Plasma Light therapy with our professional in-clinic sessions. Our certified practitioners will tailor each session to your unique needs, helping you optimize wellness, recovery, and vitality.
For Clinics and Professionals
Plasma Light therapy is an innovative tool for wellness clinics, physiotherapy centers, and health professionals. Investing in this cutting-edge NIR technology allows you to offer your clients a clinically proven therapy that supports recovery, relaxation, and overall cellular health.
Take It Home
For those who want consistent results, Plasma Light devices are available for purchase. Experience the convenience of professional-grade Near Infrared Light Therapy from the comfort of your home, creating a space for wellness.
The Science
Near Infrared Light Therapy has been under the focus of various medical disciplines since 1965. There are over 3600 published papers by various universities to prove the efficacy and the low risk factors of NIR photobiomodulation.
What is the biological window of opportunity?
The wavelength of a photon determines the amount of energy it carries and its ability to penetrate layers of cells.
The longer the wavelength, the deeper the penetration, with a limit around 1200 nanometers, where the output begins to elevate tissue temperature, which is undesirable. The NIR, in the 600-1200nm range, can penetrate cells and be absorbed to biostimulate without damaging tissue. NIR Plasma Light devices are all designed to emit photons within the optical/biologic window of opportunity to maximize the effect of the photobiomodulation.
LLLT stands for Low-Level Laser Therapy
A laser device is designed to collimate a monochromatic beam of photons through lenses to increase the intensity to a level that quickly burns and evaporates tissue, as surgical and dental lasers are designed to do. Biostimulation/photobiomodulation is required to deliver lower tissue temperature to prevent injury while stimulating mitochondria to elevate ATP production and to build collagen and elastin fibres for healing at the cellular level.
Many medical-surgical laser manufacturers had to reduce their wattage to lower output to offer photobiomodulation. They had to spread the light using outer spherical lenses to cover a larger area, as point-by-point laser stimulation was time-consuming, tedious, and expensive due to the doctor's time. Major manufacturers also realized that a single monochromatic wavelength was not sufficient to biostimulate every cell layer.
That is how the term Low-Level Laser (LLLT) came to be: a watered-down laser explicitly designed for photobiomodulation in pain management, tissue regeneration, and skin conditioning for physiotherapists and chiropractors.
The next step was to introduce devices with LED panels featuring totally scattered, low-output, limited-wavelength light, mainly used in low-cost skin rejuvenation. NIR Plasma Light LLLT devices utilize the latest plasma-type light diodes for effective NIR emission under optical control.
Frequency, pulsing VS constant power in lasers
All AC power systems oscillate at a local frequency of 50 or 60 Hz, described in Hertz. Laser device diodes have to be cooled either by expensive means or by turning the power on and off by pulsing and oscillating to give enough time for the diode to cool and prevent premature burnouts. Pulsing/oscillation is also used to prevent tissue burns and allow enough time for heat dissipation into the patient's bloodstream.
Overall, any pulsing system's claim of peak wattage is arbitrary and does not represent the actual average power delivered to the tissue. Actual average power is always much lower when pulsing is used. Claims of cells responding to a specific frequency have been debated over the years, with no serious outcome. Biostimulation results from the cell's reaction are produced slowly over the subsequent 48 hours and require at least a dozen sessions within the 6 weeks to reach 85% of the maximum response, which is the typical healing and collagen production time for any fibroblast. NIR Plasma Light devices emit an average of 500 Watts/module on a wide area without any pulsing claims.
Cold Lasers VS Hot Lasers
The
FDA has recognized that if a NIR light device does not elevate the tissue temperature while photobiomodulating in the 600nm to 1200nm range, it is considered class NHN and called cold lasers. The rest, which can raise skin temperature to over 40 degrees C, are placed in the heat-lamp category of ILY and called hot lasers with longer wavelengths. Hot lasers must also be classified based on risk factors.
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A class 4 laser poses a higher risk of injury and burns than a class 2 or class 3 laser and requires a certified operator. For photobiomodulation purposes, a Class 4-ILY listed hot laser delivers the same energy as a lower class laser for the same results, with the added benefit of a shorter doctor's time.
NIR Plasma Light low-level cold laser systems deliver the exact daily dosage and wavelength of rays and more, without the risk of a class 4 hand-held laser.
Hands-Free Use vs. Hand-Held Laser Devices
Low-level lasers for pain management and tissue regeneration/biostimulation purposes are usually made to run on batteries and require a certified technician or a doctor to point and energize points on the patient's skin that demand:
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Expensive doctor's time
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Handpiece sterilization to prevent cross-contamination between patients
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Replacement of handpieces
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An extended treatment time is necessary to treat patients with neuropathy and lymphedema.
Some devices use robotic, synchronous-motor systems to cover the body surface, resulting in long exposure times and less-than-desirable reliability due to many moving parts. NIR Plasma Light has revolutionized Low-Level Cold laser devices by delivering the identical photons over a large area at a distance, with no mechanical movement and no doctor's time required.
FAQ
DISCLAIMER: It is important to speak with a healthcare provider before considering any treatment.
Q: How can you use light to heal the body?
Light therapy is a type of treatment that uses specific wavelengths of light to stimulate the body’s natural healing processes. It is often used to treat a variety of medical conditions, including skin disorders, seasonal affective disorder (SAD), and certain types of pain. There are several different types of light therapy, including red and near-infrared (NIR) light therapy, blue light therapy, and photodynamic therapy. These treatments work by increasing blood flow, reducing inflammation, and promoting the release of natural healing chemicals in the body.
Q: How does Near Infrared Plasma Light Therapy work?
Near-infrared (NIR) light therapy uses a specific wavelength of light to promote healing and relieve pain. The spectrum of light between 600 and 1200 nanometers can penetrate deeper into the skin and stimulate cells and tissues beneath the surface, primarily affecting mitochondria. By increasing mitochondrial activity, it can promote the production of collagen and elastin in the skin itself and boost tissue regeneration in the underlying soft tissue, improving wound healing. NIR Light therapy also induces the production of nitric oxide in the blood, which helps improve blood flow through vasodilation, reduces inflammation, and relieves pain.
Q: What is photobiomodulation?
Photobiomodulation (PBM), also known as light therapy, uses specific wavelengths of near-infrared and red light to gently stimulate the body’s natural healing processes. When light is absorbed by the cells, it enhances energy production, improves circulation, reduces inflammation, and supports tissue repair — helping the body restore balance at a cellular level.
Q: How does photobiomodulation NIR light work on health and beauty?
Photobiomodulation, also known as near-infrared (NIR) light therapy, is often used to improve skin health and appearance, by increasing blood flow to the treated area and reducing inflammation. Nitric oxide production in the blood is stimulated which is a natural vasodilator. This can help to improve the overall tone and texture of the skin and may also help to reduce the appearance of wrinkles and fine lines. The photons delivered by Plasma NIR lights act directly on the mitochondria of cells, which for the skin cells mean increased collagen and elastin production. Lymphatic drainage, reduced inflammation, enhanced cell proliferation and ATP production are a few of the benefits of this complimentary therapy via the mechanism of mitochondrial activation. This enhanced production of collagen, fibrin and elastin offers a non-invasive, skin rejuvenation therapy which has been demonstrated to:
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Reduce fine lines, age spots and diminish freckles.
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Anti-aging effects for vibrant, younger-looking skin.
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Smooth faces, hips, thighs, buttocks and upper body
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Increased metabolism intensifies lymphatic drainage, reducing fat cell size while producing collagen
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Build-up lost collagen due to aging and reduce cellulite.
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The light spectrum of NIR photobiomodulation can reach a dermal depth of up to 3 inches in soft tissue, energizing the targeted tissue and aiding in cellular recovery.
Q: How does plasma light using NIR work for cellulite and fat cells?
The exact mechanism by which NIR light therapy may reduce cellulite and fat cells is not fully understood, but it is thought to work by increasing blood flow to the treated area, increasing nitric oxide production in the blood, engaging the lymphatic system and reducing inflammation. This can help to improve the overall tone and texture of the skin and may also help to reduce the appearance of cellulite and fat cells.
Q: How can you use photobiomodulation for diabetic ulcers?
Photobiomodulation, also known as near-infrared (NIR) light therapy, is sometimes used to treat diabetic ulcers, which are wounds that do not heal properly in people with diabetes. The mechanism by which NIR light therapy may help with diabetic ulcers is by increasing blood flow to the wound for healing, reducing inflammation and stimulation of mitochondrial activity in the local area of application to speed up tissue regeneration. This can help to promote healing and improve the overall appearance of the wound. People with Diabetes often have compromised microcirculation. NIR can help address this.
Q: How can you use light to make you look younger and increase hair growth?
There are several ways in which light can be used to improve the appearance of the skin and increase hair growth. Red and near-infrared (NIR) light therapy are often used to improve skin health and appearance. These treatments work by increasing blood flow and oxygenation to the skin, reducing inflammation, and promoting the release of natural healing chemicals in the body. This can help to improve the overall tone and texture of the skin and may also help to reduce the appearance of wrinkles and fine lines. The photons delivered by Plasma NIR lights act directly on the mitochondria of cells, which for the skin cells mean increased collagen and elastin production. Both increasing blood flow to the scalp to feed nutrients and oxygen to hair follicles and increased mitochondrial action can promote healthy hair growth.
Q: How can Near Infrared Light work with the mitochondria of the cells?
NIR light is thought to have a positive effect on the mitochondria of cells in the body. The mitochondria are the powerhouses of cells, and they play a crucial role in generating energy for the body. Exposure to NIR light is believed to increase the production of ATP (adenosine triphosphate), the main source of energy for the body’s cells. The photons delivered by Plasma NIR lights act directly on the mitochondria of cells. This can help to improve overall energy levels and support healthy cellular function.
Q: Can you give me an explanation about how Near Infrared light works on Melatonin production?
Near-infrared (NIR) light is a type of light that is invisible to the human eye and has a longer wavelength than visible light. It is sometimes used in light therapy to treat various medical conditions, including seasonal affective disorder (SAD) and pain. Melatonin is a hormone that is naturally produced by the body and helps to regulate sleep and wakefulness. Exposure to NIR light is believed to increase melatonin production, which can help to improve sleep quality and overall well-being.
Q: What is the purpose of melatonin?
Melatonin is a hormone that is naturally produced by the body. It primarily regulates sleep and wakefulness and is released by the pineal gland in response to darkness. Melatonin helps to initiate and maintain sleep; this has been its historically researched purpose as a hormone. New research is revealing that melatonin has other essential functions in the body, such as regulating the immune system and acting as an antioxidant. Melatonin levels in the body are typically highest at night and lowest during the day, and this natural rhythm can be disrupted by factors such as artificial light, stress, and certain medications.
Q: How does melatonin work on the mitochondria?
Some recent research suggests that melatonin may help protect mitochondria from damage and improve their overall function. The mitochondria are the powerhouses of cells, and they play a crucial role in generating energy for the body. Melatonin protects mitochondria by scavenging reactive oxygen species (ROS), inhibiting the mitochondrial permeability transition pore, and activating uncoupling proteins. Thus, melatonin maintains the optimal mitochondrial membrane potential and preserves mitochondrial functions.