Red light therapy, also known as photobiomodulation or low-level laser therapy (LLLT), is a non-invasive treatment that
uses red and near-infrared (NIR) light to stimulate cellular activity and promote healing. The therapy has gained popularity
in recent years due to its potential benefits in various areas of health and wellness.
What can red light therapy do?
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Inflammation - Pain and discomfort relief: Red light therapy can help relieve pain and discomfort by enhancing blood circulation, which may be especially useful for inflammation sufferers. Inflammation can cause pain and discomfort, and red light therapy can help alleviate these symptoms and promote healing. - Promote healing: Red light therapy can promote metabolism, stimulate cell growth and regeneration. This is because red light can increase energy production, help cells operate better to accelerate the healing of inflammation. - Reduce inflammation response: Red light therapy can improve cellular function and metabolism, reduce inflammation response, help control inflammation and relieve inflammation-related symptoms. Suggested usage and frequency: Place the device 20-50cm away from the target area (adjust the distance according to the irradiance of the device), and point toward the target area for 10-30 minutes, once a day or 3-5 times a week. If the inflammation is severe, increase the frequency of use. Use it continuously for 7-14 days or until the inflammation subsides. |
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Brain Improvement - Increase the survival rate and metabolic ability of nerve cells, enhance the activity of neurons, improve communication efficiency between brain neurons, and strengthen memory and learning abilities. - Promote the growth and proliferation of neural stem cells, enhance the self-repair and regenerative ability of the nervous system. - Reduce the symptoms of brain neurodegeneration by inhibiting the production of inflammatory factors and reducing cell stress. - Promote blood circulation and metabolism in the brain by stimulating the synthesis of vascular endothelial cells and relaxing blood vessels. Suggested usage and frequency: 1) Target area: Generally, you can choose areas of the brain cortex such as the frontal, temporal, and parietal lobes for irradiation. The specific target area should be determined based on your needs and usage. 2) Time: It is better to use it less than 20 minutes each time, and gradually increase the time based on your comfort and tolerance. 3) Frequency: Use it 2-3 times a week continuously for several weeks or even months to achieve better results. Consult with a professional doctor or therapist for guidance if needed. Place the red light therapy device 5-30 cm away from the brain cortex, and choose areas such as the frontal, temporal, and parietal lobes. Continue to use it for 10-30 minutes, and try to maintain a calm, relaxed, and focused mindset during the process. Avoid being distracted or falling asleep. 2-3 times a week. Using it continuously for several weeks or months to achieve better results. |
Sleep Optimization Muscle Recovery |
Enhance Strength - Promote muscle repair: Red light therapy can promote the metabolism of muscle tissue, allowing the damaged muscle to be repaired and regenerated, enhancing the endurance and strength of muscles. - Improve muscle tissue function: Red light therapy penetrates deeply into muscle tissue, stimulating energy production and improving the functional status of muscles, enhancing the effectiveness of strength training. - Increase muscle creatine content: Creatine is an energy storage substance in muscles that provides muscle strength and endurance. Red light therapy can increase the creatine content in muscles, helping to strengthen muscle strength. - Stimulate the nervous system: Red light has strong penetration power and can stimulate the nervous system in muscle tissue, improving the interaction between nerves and muscles, and thereby improving muscle coordination, reaction speed, and strength performance. Suggested usage and frequency: When performing lightweight and heavyweight training, turn on the light and use it for about 15-30 minutes, once a day or 3-5 times a week.
A brief history of red light therapy The use of red therapy light has a rich history that dates back centuries. Red therapy light, also known as photobiomodulation or low-level light therapy, involves the application of specific wavelengths of red light to stimulate cellular function and promote various health benefits. The origins of red light therapy can be traced back to ancient civilizations. Ancient Egyptians, for example, believed in the healing power of sunlight and used sunlight exposure to treat various ailments. Similarly, ancient Greeks and Romans utilized sunlight and colored light for therapeutic purposes. In the 20th century, researchers began to delve deeper into the scientific understanding of light therapy. In the 1960s, Hungarian scientist Endre Mester discovered that low-level laser therapy (LLLT) had beneficial effects on wound healing and hair growth in mice. This groundbreaking research laid the foundation for the modern use of red therapy light. Over the years, red therapy light has gained popularity in various fields. It has been extensively studied for its potential benefits in skincare, pain management, and sports performance. Red therapy light devices, such as LED panels and handheld devices, have become increasingly accessible and widely used. Today, red therapy light is recognized as a non-invasive, safe, and effective modality for promoting skin rejuvenation, reducing inflammation, relieving pain, and improving overall well-being. Its application can be found in professional settings like clinics and spas, as well as in home devices for personal use. As research continues to unfold, the history of red therapy light evolves, paving the way for new discoveries and advancements in harnessing the power of light for therapeutic purposes. Red Therapy Light vs. Sauna Therapy Many people ponder whether Red light therapy is akin to sauna therapy or the benefits of sunlight. While all these therapies offer advantages, they differ and yield distinct outcomes. Sauna therapy aims to elevate body temperature, achieved through exposing the body to heated air or infrared radiation. Infrared exposure, in particular, is believed to deliver more efficient and time-saving benefits at lower temperatures. Both sauna methods raise heart rate, induce perspiration, trigger the production of heat shock proteins, and enhance bodily functions. Unlike red light therapy, infrared light emitted by saunas is invisible and penetrates deeper into the body, with wavelengths ranging from 700 to 1200 nanometers. |