Red light therapy has become extremely popular in the world of health, biohacking and skin care in recent years. Yet there are numerous incorrect assumptions and marketing claims circulating about how and why red light therapy works. Bee Mvolo.nl we believe in transparency and scientifically based information. In this article we debunk eight common misunderstandings about red light therapy.
1. 850nm is not the best near infrared wavelength
Although 850nm is often touted as the "best" NIR wavelength, multiple studies show that wavelengths between 810nm and 830nm also provide deep penetration and therapeutic effect. The absorption of light by tissues depends on several factors such as cell type, skin thickness and the desired depth effect. Mvolo.nl tunes its devices to proven effective wavelengths within this range.
Read also: The Impact of Mitochondrial Dysfunction and the Power of Red Light Therapy
2. 5 Wavelengths is not a broad spectrum
More is not always better. Some manufacturers claim that five different wavelengths form a broad spectrum, but this often leads to reduced efficiency. Different wavelengths compete with each other, which can reduce the targeting effect on specific tissue layers. Effective red light therapy targets specific, well-researched wavelengths – not a messy mix.
3. 15 cm distance is not the best distance
The ideal distance to a red light panel depends on the intensity and purpose of the therapy. Sitting too close to the device can lead to overheating or overdose. Clinical studies show that distances between 20 and 30 cm, depending on the wattage, are optimal for safe and effective dosages. Mvolo.nl always advises based on substantiated data.
Related: Improving cognitive health with red light therapy
4. Solar power meters are unsuitable for measuring LED red light therapy devices
PAR (Photosynthetically Active Radiation) meters are designed for plant light, not for medical applications. They measure in a broader spectrum and cannot provide accurate measurements for specific red or near-infrared wavelengths. Still, some brands use them to show off impressive numbers. This is misleading and unscientific.
5. More than 100 mW/cm² is not the best intensity
"The higher the better" does not apply to red light therapy. A common marketing claim is that devices with more than 100 mW/cm² are superior. In reality, scientific research shows that lighter doses, between 10 and 30 mW/cm², are already very effective and offer less risk of overdose.
Interesting article: Health, cortisol and red light therapy: Managing stress
“We provide the most powerful red light therapy,” is a phrase that many manufacturers like to use
Intensities of 100 mW/cm² or higher sound impressive, but are often based on incorrect measurements, usually made with solar power meters. These measurement errors lead to inflated claims that do not match clinically proven parameters.
When you see readings above 100 mW/cm², you can assume they are inaccurate
As mentioned earlier, this is because these measurements are often made with PAR meters. They are not suitable for measuring the precise wavelengths relevant for therapeutic applications.
Higher intensity sells well, but doesn't work better
The idea that more light intensity equals faster or better results is a marketing ploy. Overdose can lead to reduced effectiveness or even negative biological reactions. This phenomenon is called the biphasic dose response.
Tip: Our devices are designed within safe margins. See here why less is more.
Studies show: less is more
Clinical research shows that full-body red light therapy is already effective at light intensities between 10 and 30 mW/cm². The recommended dosage is around 20 J/cm². Devices from Mvolo.nl are designed within these safe, effective margins.
Intensities of 100 mW/cm² are not necessary and may be harmful
Scientific literature supports the use of lower intensities. Higher doses do not lead to faster results, but rather increase the risk of photobiological stress.
6. Only full-body devices offer benefits
Although full-body therapy is ideal for systemic effects, smaller panels are effective for targeted treatment of specific areas such as the face, knees or lower back. Mvolo.nl offers high-quality options for both applications.
Specific skin problems? Read how red light therapy works for acne, rosacea and eczema
7. A higher light intensity does not save therapy time
Time savings is often associated with higher intensities, but the biological uptake capacity of cells is limited. Too much light in a short time can lead to saturation or even cell stress. It's all about correct dosage, not speed.
8. High EMF values are harmless - is a misconception
Electromagnetic fields (EMF) are sometimes downplayed by manufacturers. However, chronic exposure to high levels of EMF is associated with biological stress responses. Devices from Mvolo.nl are EMF arm designed for safe everyday use.
Conclusion: Does red light therapy work?
Yes, but only if it is applied correctly. Red light therapy is a powerful, natural method with proven benefits for skin, muscles, energy and recovery. But marketing hype and misinformation can undermine the effect.
At Mvolo.nl we combine science with safety. Our products are developed with clinically proven parameters and tested for effectiveness. Do you want to get the most out of red light therapy, without the risk of overdose or deception? Then trust our expertise and high-quality equipment.
Visit www.mvolo.nl and experience the difference for yourself.
