News
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The following question is posed for consideration: is it possible to convert a tanning bed to red light therapy?
BlogIndeed, it is possible to convert a tanning bed into a red light therapy bed; however, this process necessitates meticulous modification in order to guarantee that the bed delivers the correct type and wavelength of light in a safe and effective manner. The following outlines the procedure: ...Read more -
Should you use red light therapy before going to bed?
BlogRed light therapy can help you sleep. Red light (between 620 and 750 nanometers) is thought to help you sleep and relax by increasing melatonin production, reducing inflammation, and helping to regulate your body clock. Here are some of the reasons why it might be a good option: The benefi...Read more -
Does the subject experience involuntary contractions of the muscles in the lower limbs during sleep?
BlogDo you frequently experience nocturnal leg cramps? This phenomenon does not necessarily indicate a calcium deficiency; it may be indicative of a blocked blood vessel.Have you ever experienced a sudden leg cramp in the midst of a sound sleep? It is a common misconception that this phenomenon is in...Read more -
Which red light therapy bed is the best?
BlogMerican has 16 years of experience in manufacturing and offers a range of high-tech red light therapy solutions. We make sure that our products are top-quality by paying close attention to design and having strict quality control procedures. Our skilled R&D team has earned international trust...Read more -
What are the benefits of LED red light therapy beds?
BlogRed light therapy, also called low-level laser therapy (LLLT) or photobiomodulation (PBM), uses red or near-infrared light to treat various conditions. LED red light therapy beds are designed to expose the body to these wavelengths of light to promote healing and wellness. Here are some of the be...Read more -
This investigation will look at what blue light therapy is.
BlogWhat is blue light? Blue light is defined as light within the wavelength range of 400-480 nm. This is because over 88% of the risk of photo-oxidative damage to the retina from fluorescent lamps (cool white or “broad spectrum”) is due to light wavelengths in the range of 400-480 nm. Th...Read more