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Frequently asked questions

Below you will find the answers to the most frequently asked questions about red light therapy.

Just to give you a quick overview of what we will be covering, you can see the list of questions below:
  • What is red light therapy?
  • ​Does red light therapy work?
  • ​What are the benefits of red light therapy?
  • ​What is the difference between red and near-infrared light?
  • ​Do I need eye protection? 
  • ​Do I wear clothes during my therapy sessions?
  • ​What is the best time of day to do red light therapy?
  • ​Why do some LEDs on my device look like they aren’t working?
  • ​Is red light therapy safe for children?
  • ​What are the advantages of Mychondria lights over other companies?
  • ​Why are light-emitting diodes (LEDs) used for red light therapy?
  • ​Can I get a tan from red light therapy?
  • ​Can I overdo it with red light therapy?
What is red light therapy?
Red light therapy - also known as low-level laser therapy (LLLT) or photobiomodulation (PBM) - is the use of red and near-infrared (NIR) light in order to elicit a number of benefits in living creatures.
The way red light therapy works is by increasing the energy (ATP) production within a targeted cell; be that a skin, muscle, liver, or even brain cell!
Does red light therapy work?
Yes! It has even been FDA approved.
If you go into any scientific database you will find 100s, if not 1000s, of peer-reviewed studies to prove the benefits associated with red light therapy.
What are the benefits of red light therapy?
Due to the fundamental mechanism by which red light therapy works, it covers an extensive range of benefits. Just think – any cell which receives more energy from red light is going to be able to function better!
Here are some of the most well-known benefits associated with red light therapy:

• Decreased inflammation
• Decreased joint pain
• Faster muscle recovery
• Increased muscle endurance
• Increased collagen production
• Decreased thin lines and wrinkles
• Faster wound healing
• Increased weight loss
• Improved sleep quality
• Increased testosterone
• Improved fertility
• Improved hair growth
What is the difference between red and near-infrared light?
Red light has a wavelength between 600-700 nm and is visible to the human eye. NIR light runs from 700-1400 nm and is not visible to the human eye.
Both red and NIR have stimulating effects within your cells, but the major difference between them is the depth of tissue penetration:
• Red light is absorbed quicker by the outer tissues, leading to superficial benefits such as increased collagen production and wound healing.
• The NIR light penetrates deeper into your tissues and leads to benefits such as decreased joint pain and improved muscle recovery.
Do I need eye protection? 
Although red and NIR light have been proven beneficial for eye health, staring directly into any bright light can cause harm. In the case of discomfort, closing your eyes should be enough.
Do I wear clothes during my therapy sessions?
It’s best to be unclothed during your therapy sessions, as fabric will reduce the penetration distance of the light, leading to limited benefits. For this reason, it's also best to avoid using creams and moisturizer before your red light therapy sessions.
What is the best time of day to do red light therapy?
The most effective time of day to use your red light device is when it mimics the wavelengths emitted by the sun. This would be in the early morning and at sunset.
Why do some LEDs on my device look like they aren’t working?
NIR light is invisible to the naked eye. Don't worry, though - both the red (660 nm) and NIR (850 nm) LEDs are powered by the same supply, so if there was ever an issue with the NIR LEDs, the red LEDs would be affected, too.
Is red light therapy safe for children?
Clinical studies have shown red light therapy to be safe for children, but it is important that children are not left unsupervised. Contact your pediatrician if you have any concerns.
What are the advantages of Mychondria lights over other companies?
The quality of a therapy device is based on three main variables:

1. Irradiance: This is a measure of the intensity coming from the light. A reputable company should give you these measurements at varying distances. If they don’t, chances are they’re hiding something.
2. nnEMF: Also known as non-native electromagnetic frequencies, these are the fields of radiation surrounding a man-made object. A high power device, such as those in the MyLight range, allows you to be further away from the device, protecting you from EMFs.
3. Flicker: Flicker in light is the rapid, repeated change in brightness that comes from a change in voltage. Flicker may be associated with headaches and eye strain. House wiring uses alternating current (AC), which produces flicker. Our devices contain a driver to convert the AC to direct current (DC), thereby blocking any potentially harmful flicker.
Why are light-emitting diodes (LEDs) used for red light therapy?
LEDs are incredibly efficient at producing very specific wavelengths of light. They also don’t heat up, which means you can perform treatment at close proximity without the risk of burns.
Can I get a tan from red light therapy?
No. Red light therapy doesn’t contain any ultraviolet (UV) light, which is associated with tanning. Red light therapy has, however, been shown to decrease the risk of sunburn later in the day by increasing your skin’s protection factor to UV light. 
Can I overdo it with red light therapy?
Due to the fact that red light therapy doesn’t contain any UV light, there are not the same risks associated with too much red light. Using red light therapy too much is most likely to lead to less positive effects as your cells become overstimulated. By sticking to the guidelines given to you with your device, you will know that you are getting an effective dose. 
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