Click the links below for study abstracts on Peripheral Neuropathy https://www.ncbi.nlm.nih.gov/pubmed/16504836 https://www.ncbi.nlm.nih.gov/pubmed/11904323 https://www.ncbi.nlm.nih.gov/pubmed/15289717 https://www.ncbi.nlm.nih.gov/pubmed/14693984 https://www.ncbi.nlm.nih.gov/pubmed/16710647 https://www.ncbi.nlm.nih.gov/pubmed/16303775

The 850nm wavelength is the iconic platinum LED at near-infrared wavelengths. In many cases, 850nm amplifies the advantages provided by the 810nm and 830nm wavelengths. This wavelength has a range of therapeutic applications, such as: Anti-inflammatory effect: 850nm wavelength can help reduce joint and muscle pain and reduce general inflammation in the body. Enhance muscle recovery: A study observed athletes using a wavelength of 850 nm and found that using near-infrared light can increase muscle mass after training and reduce inflammation and oxidative stress in muscle biopsies. Skin wound healing: Skin lesions heal faster after exposure to light treatment at 850 nm. Reduces fine lines, wrinkles and pigmentation: 850nm supports collagen production, helps plump, looks more radiant skin and has a more even texture. Orthodontics and tooth alignment: The use of 850nm wavelength can facilitate the rapid rearrangement of teeth in orthodontic patients.

The 830nm wavelength is not easily absorbed by the body, so it can penetrate skin and tissues deeper and into bones. A large number of photons are transmitted into the tissue at a wavelength of 830 nm. Incorporating the 830nm wavelength into BIOMAX has the following advantages: Accelerates healing and reduces infections: Like the 810nm wavelength, 830nm can speed healing of wounds of varying severity and help fight infections. The aesthetic effect after plastic surgery is improved: rapid exposure to 830nm wavelength after plastic surgery can speed up recovery, reduce downtime, and improve surgical results by reducing swelling, infection, bruising and pain, thereby increasing patient satisfaction. Increased "feel good" endorphin: A wavelength of 830 nm increases the release of endorphin. Endorphins are peptides that promote healthy feelings and provide natural analgesic effects, triggering morphine-like sensations. Improve bone repair and growth: An animal study showed that 830nm light therapy can improve bone repair by stimulating new bone growth. Faster return to injury after an injury: The ability to resume an injury as soon as possible after an injury or injury is a major concern for any amateur or professional athlete. It turns out that 830nm LED light therapy can significantly reduce the waiting time for injured athletes before returning to the competition.

The 810nm wavelength has the ability to extend from the skull to the brain, with unique neurological benefits. Many visionary scientists believe that phototherapy for brain diseases will become an important medical treatment in the near future. The following benefits are expected from the 810nm wavelength: Improved rehabilitation and resilience: A study of football players showed that applying 810nm wavelength before exercise can enhance muscle performance and recovery after exercise. Improved stroke rehabilitation in some patients: A study conducted in stroke patients showed that a wavelength of 810 nm provided neuroprotective effects and improved recovery in patients with moderate to severe stroke. Five days after the stroke, there was a significant improvement compared to patients who did not receive 810nm light therapy. Ninety days after the stroke, 70% of the treated patients achieved successful results, compared with 51% in the control group. Accelerated wound healing: The 810nm wavelength has been shown to help accelerate wound healing and help tissues form particles faster. Improved recovery from brain trauma: 810nm has been shown to be particularly effective in promoting animal traumatic recovery and reducing long-term nerve damage in animal models. Improvement of mental illness: For a long time, prescription drugs for mental illness have been recognized as having limited help for patients with mental illness. What's more, medications often bring many adverse side effects, while near-infrared light therapy does not. The 810 nm wavelength applied to the forehead has been shown to help patients with sev

There is extensive literature outlining the benefits of 660nm wavelengths. The penetration depth of 660nm is only slightly deeper than the wavelength of 630nm, which can enter the entire skin tissue range to promote healing and regeneration. Its various benefits include: Reduce training fatigue: The combination of 660nm and 830nm near-infrared wavelengths has been shown to delay the development of muscle fatigue and enhance skeletal muscle performance. (Athletes, please note.) Reduce inflammation: In a study investigating the effects of red light therapy on pleurisy, it was found that a wavelength of 660 nm can induce anti-inflammatory effects. Improved bone healing: The wavelength of 660nm can promote the absorption and formation of bone cells around the site to be repaired without causing any changes in bone structure. Reduce swelling after injury: In one study, it was found that a wavelength of 660 nm can reduce inflammation and swelling by reducing the number of inflammatory cells that cause swelling to form. Reducing neuropathic pain: A study of sciatica in rats found that a wavelength of 660 nm significantly helped reduce pain. Accelerates wound healing: The 660 nm wavelength has been shown to increase wound formation and collagen deposition, which can help wound healing.

The device focuses the wavelength of therapeutic natural light to the skin and cells, thereby reducing oxidative stress and stimulating cells to produce energy (adenosine triphosphate or ATP). Not only can this help your body exert its power more effectively, but researchers believe that red light therapy affects fat cells, which are fat-storing cells and cause lipid dispersion. In other words, light therapy can help the body wash away fat cells. Light therapy may also affect fat and weight loss in other ways. A 2012 study by the International Journal of Endocrinology showed that light can affect hunger levels, which can help prevent excess fat from forming before fat begins to accumulate. The study found that red lights helped control levels of the hunger-related hormones leptin and ghrelin in participants who lacked sleep. Clinical studies show that red light therapy reduces fat and helps control weight In recent years, the positive effects of red light therapy on fat and fat reduction, obesity control, and cosmetic enhancement have been seen in many clinical trials. Unlike many weight loss methods (such as medications and surgical therapies), red and near-infrared light therapy is a safe, natural, non-invasive option that can make people healthier and healthier. Cellulite reduction: In a 2011 study of red light therapy and cellulite reduction, women aged 25-55 were divided into two groups: some people did treadmill exercise twice a week + Red light therapy, while another group is just doing treadmill exercise. Researchers provided thermographs of changes in thigh circumference and cellulite to demonstrate that red light therapy and exercise were more effective than exercise alone. The study conclude

The 630nm wavelength is ideal for all skin problems. The 630nm wavelength penetrates skin cells and sebaceous glands, rejuvenates skin tone and texture by smoothing and eliminating uneven pigmentation. This wavelength has also been found to help reduce the appearance of fine lines and wrinkles, as well as stimulate hair regeneration. The 630nm wavelength has the following advantages: Reduce fine lines and wrinkles: In one study, the use of a wavelength of 630nm in combination with other beauty therapies (such as microneedles) produced statistically significant improvements in light damage, fine lines and sagging. Improvement of skin diseases such as psoriasis: A study showed that the use of a wavelength of 630nm in combination with a hematoporphyrin derivative (HPD) helped to eradicate symptoms associated with psoriasis within 17 days. Hair regeneration: Red light therapy with a wavelength of 630nm has been proven to be a safe and effective method for stimulating hair growth in men and women. One study hypothesized that light stimulates stem cells in the hair follicles, pushing the hair follicles into growth or growth. Treatment of superficial skin cancer: A wavelength of 630nm has been shown to help treat non-melanoma skin cancer. Acne Treatment: The 630nm wavelength has also been shown to help reduce inflammation and outbreaks.

When you are looking for the benefits of red light therapy, the wavelength and intensity of red light is critical. Studies have shown that red light therapy is good for health and is most effective in the 600 nm-850 nm range. The red spectrum extends from approximately 620 nm to 750 nm. The wavelengths of red light with the most scientifically proven advantages are 630 nm and 660 nm. Near-infrared light starts at 750 nm and extends to 1,200 nm. The near-infrared wavelengths scientifically proven to be beneficial to humans include 810 nm, 830 nm, and 850 nm. Wavelengths outside these ranges can quickly reduce their ability to penetrate and absorb. Not only that, but certain red and near-infrared wavelengths are also thought to provide unique healing and regeneration effects to the body and brain. Various published scientific studies have shown that near-infrared light in the lower range can penetrate the human body and bones more efficiently than at higher wavelengths. These two absorption regions from 620nm-660nm and 800nm-850nm are called "active regions". As you may already know, both 660nm and 850nm wavelengths have been widely proven to provide a wide range of skin and deep tissue therapies, but 630nm, 810nm and 830nm wavelengths also bring many benefits for health and well-being. One of the world's leading experts in red light therapy and near-infrared light therapy conducted research and reviews and proved that the near-infrared wavelengths of 810nm and 830nm have an incredible ability to penetrate the skull while targeting the brain, while the 630nm red The wider wavelength range has great cellular benefits in the upper skin area.

The potential applications of PBMT are numerous and applied in a large number of studies, experimental exploration at pre-clinical and clinical levels. Current clinical uses are for relieving pain and inflammation as well as treating sports injuries. PBMT equipment has been approved by the FDA to stimulate hair growth and reduce fat deposition, improve degenerative neurological diseases relief the pain Before using PBMT therapy to treat acute or chronic pain, the provider must diagnose the condition to confirm that the pain is caused by a neuromuscular or skeletal disease caused by aging or injury, and that there are no symptoms or contraindications to the use of the laser. For example, if there are visible lesions on the skin, you must first confirm that they are not cancerous before you can perform PBMT. Pregnant women are also not good candidates for PBMT because the effects on the fetus are unclear. The number of treatment parameters and treatments required for PBMT depends on location and cause. PBMT usually requires more than one treatment to optimally relieve pain. The result may require several treatments to become apparent. Spine-Health.com reports that it may take 8 to 30 courses for a fully effective treatment, and some patients find it necessary to receive 2 to 4 treatments per week. The total number of treatments required will depend on the disease being treated, the severity of the disease, and the individual response of each patient. Reducing inflammation For inflammation, PBMT causes a small increase in arteries and lymphatic vessels in the body, which is called vasodilation. Vasodilation can cause inflammation, swelling

Red light treatment is a simple, non-invasive procedure involving exposure of the human body to low wavelength red light. This red light is natural and can penetrate deep into the skin, and cells can absorb and use it. As a study in the Symposium on Dermatology and Surgery, mitochondria in skin cells can absorb these light particles. This helps the cell produce more adenosine triphosphate, which is the energy source for all cells. Many experts attribute the potential positive benefits of RLT to this function. With this extra energy, cells may be better able to respond to damage and rejuvenate themselves. Red light therapy can help rejuvenate the skin by: Increases the production of collagen in the skin, thereby imparting elasticity to the skin Increases the production of fibroblasts, which contribute to the production of collagen and other tissue fibers Increase circulation between blood and tissue cells Protect cells from damage Increase mRNA in cells and help stimulate cells Improve facial texture Reduce fine lines Reduce the severity of wrinkles We supply kinds of light therapy device, including red light therapy bed, can make OEM services. Welcome for talking more if you interested!

Which lasers can be used in medicine? Examples of lasers which can be used in medicine, both for surgery and therapy: Therapeutic lasers (where the mechanism is not based oh heat): Laser Wavelength Use GaAs 904 nm (super pulsed) Treatment of deep problems (back, shoulders, knees, head ache etc) GaAlAs 780-808-890 nm (cont. or chopped) Also deep problem, often a complement ot the GaAs-laser InGaAlP 630-700 nm Treatment of skin and mucose problems HeNe

Laser medicine A technique for medical diagnosis and treatment using the characteristics of a laser. What is laser therapy? Laser therapy or Laser Phototherapy is a method where light from a laser is applied to tissue (or cells in culture) in order to influence cell or tissue functions with such low light intensity that heating is negligable. The effects achieved are hence not due to heating but to photochemical or photobiologic reactions like the effect of light in plants. The lasers used are normally called therapeutic lasers or medical lasers. This is in contrast to the use of lasers in surgery and for esthetic purpose where strong lasers are used and where the biologic effects (cutting, evaporating, coagulating) are based on heat development from the absorption of strong light, i.e. burning glass effect. Our laser therapy watch with output 5mw per diode and 650nm low level laser therapy to irradiate left hand acupoint, this stimulates enzyme formulation in order to decompose redundant fat in the bloodstream, which increase the oxygen amount in the blood, boots metabolism and enhances the process of lipid peroxidation to reduce chelesterol in the vessals.

Red Light Therapy (RLT) is a controversial treatment technique that uses low levels of red light wavelengths to treat skin problems such as wrinkles, scars and persistent wounds. We have a lot of products about red light therapy, red led therapy bed, led pads, laser therapy watch, 810nm brain biophotobiomodulation therapy device. In the early 1990s, scientists used RLT to help plant plants in space. Scientists have found that the intense light from red light-emitting diodes (LEDs) helps to promote plant cell growth and photosynthesis. Then the potential application of red light in medicine was studied, and more specifically, whether RLT can increase the energy in human cells. Researchers hope that RLT can be an effective way to treat muscle atrophy, slow wound healing and bone density problems caused by weightlessness during space travel. You may have heard of other names of red light therapy (RLT), including: Photobiomodulation (PBM) Low level phototherapy (LLLT) Soft laser therapy Cold laser therapy Biological stimulation Photon stimulation Low Power Laser Therapy (LPLT) When RLT is used with a photosensitizing drug, it is called photodynamic therapy. In this type of therapy, light acts only as an activator of the drug. There are many different types of red light therapy. It is said that the red light bed found in the salon helps to reduce skin cosmetic problems such as stretch marks and wrinkles. Red light therapy used in medical offices can be used to treat more serious conditions such as psoriasis, slow wound healing, and even side effects of chemotherapy. Although there is ample evidence that RLT may be a promising treatment in some cases, it still requires a lot of understanding.

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How to use red light therapy? Since the initial space experiment, hundreds of clinical studies and thousands of laboratory studies have been conducted to determine if RLT has medical benefits. Many studies have yielded encouraging results, but the benefits of red light therapy remain controversial. For example, the Centers for Medicare and Medicaid Services (CMS) have determined that there is insufficient evidence to suggest that these devices are better than the current methods of treating wounds, ulcers and pain. Additional clinical studies are needed to demonstrate that RLT is effective. However, there is currently evidence that RLT may have the following benefits: Promote wound healing and tissue repair Improve hair growth in androgenetic alopecia patients Helping short-term treatment of carpal tunnel syndrome Stimulates wound healing, such as diabetic foot ulcers Reduce psoriasis Helps relieve pain and stiffness in patients with rheumatoid arthritis in the short term Reduce the side effects of some cancer treatments, including oral mucositis Improves skin tone, increases collagen levels, and reduces wrinkles. Helps repair sun damage Preventing the recurrence of cold sores caused by herpes simplex virus infection Improve joint health in patients with knee degenerative osteoarthritis Help reduce scars A reliable source of people who relieve pain and inflamed heel pain At present, RLT has not been recognized or underwritten by insurance companies due to lack of sufficient evidence. Although, there are now some insurance companies that cover the use of RLT to prevent oral mucositis during cancer treatment.

What is irisology? "The iris, sclera and pupil of the eye show the veil created by the soul through consciousness (or forgetfulness), which reflects the illusion that prepares the soul to fully enlighten reality." - David J,. Pesek, Ph.D. , September 1988 The eye has long been known as the "window of the soul." But few people know how real this observation is. Accurate analysis of iris structure and pigmentation can provide information about you or your customers that is difficult to find by other means. This information is very valuable, and irisology should be a widely implemented assessment tool in the physical and mental health fields. There are many factors that influence our health and personality, many of which are reflected in the iris. Look closely at the eyes in the mirror and look at the irises of the people around you. You will see many different iris fibers and color patterns. Like a fingerprint or a face, no two are exactly the same, we are not! The iris structure is unique and is now used for secure identification of ATMs and airports. In the future, Microsoft's house will use an eye scanner to identify residents and unlock the door. Iris is a scientific study based on iris - the colored part of the eye. Like the markers on the map, the iris shows physiological conditions, mental health risks, various organ challenges and/or strengths, and personality traits. Through irisology, we can understand your past, present and potential future health by evaluating various body systems. Your genetic predisposition is also complicated by the accumulation of toxicity in different parts of the body. Iris science is based on one of the most complex organizational structures of the body - the analogy of the iris. This is a method by which a doctor or health care practitioner can discern the state of reflection of various organs and body systems from the ma

What`s cold laser therapy? Cold laser therapy is a low-intensity laser therapy that stimulates healing while using low levels of light. This technique is known as "cold" laser treatment because low levels of light are not sufficient to heat the body's tissues. Light levels are lower compared to other forms of laser therapy, such as those used to destroy tumors and coagulate tissues. Main clinical Function 1, Strong analgesia: reduce peripheral nerve excitability; promote the release of tissue enkephalin analgesic substances; reduce serotonin content 2, rapid anti-inflammatory effect: laser can adjust the body's immune system to achieve anti-inflammatory effect; can improve blood circulation, reduce local congestion and edema. 3, promote tissue repair: increase capillary density, promote local blood circulation, stimulate protein synthesis, regenerate new epithelial tissue, repair damaged soft tissue, and promote bone tissue regeneration. 4, biological regulation: enhance the body's immune function, regulate endocrine, so that blood cells are regulated in both directions. Treatment mechanism Biostimulation of weak lasers: (1) Weak laser light A laser that does not directly cause irreversible damage to biological tissues is called a weak laser. (2) weak laser stimulation Weak laser irradiation can affect the body's immune function, stimulate the nerve tissue and function, and can also cause a series of other biological effects in the living organism. Laser biostimulation has the following characteristics: (a) Stimulation or inhibition: a small dose of laser light stimulates, while a large dose suppresses; the division of large and small doses varies with the structure and function of the organism. (b) Accum

How does cold laser therapy work? Cold laser therapy is also known as: Low intensity laser therapy (LLLT) Low power laser treatment (LPLT) Soft laser biostimulation photobiomodulation Different wavelengths and low energy levels of light output are applied directly to the target area. The body tissue then absorbs the light. Red and near-infrared light cause a reaction, and damaged cells respond to physiological responses that promote regeneration. Surface texture is typically treated with a wavelength of 600 to 700 nanometers (nm). For deeper penetration, wavelengths between 780 and 950 nm are used. Although you will feel the laser device coming into contact with your skin, the process is painless and non-invasive. Without sound, you won't feel vibration or heat. Each treatment usually takes only a few minutes. What cold laser treatment can be used for? Doctors, dentists, physiotherapists and other medical professionals use cold laser treatment in a variety of ways. The primary use of cold laser therapy is tissue repair and relief of pain and inflammation. Minor injuries and sprains Sports medicine and physical therapy practices often use cold laser therapy to treat minor injuries and sprains, such as: Ligament sprain Muscle strain Tendinitis Bursitis Tennis elbow Neck pain lumbago Knee pain Pain caused by muscle cramps It is also used to help reduce swelling and promote healing of joints and soft tissues. inflammation The dentist uses a cold laser to treat the inflamed tissue in the mouth and cure the ulcer. Doctors use it to treat inflammation caused by rheumatoid arthritis (RA) and other chronic autoimmune diseases. Pain and pain The

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