Why Use 660nm and 850nm in Red Light Therapy?
Red light therapy has become one of the most popular forms of phototherapy, thanks to its proven health benefits. But not all red light therapy panels are created equal. Our Ruby 2.0 and Ember 2.0 panels are designed to deliver maximum power and results by using the two wavelengths proven to be most effective: 660nm and 850nm.
Why 660nm and 850nm?
Research has confirmed time and again that these two specific wavelengths offer optimal benefits in terms of light penetration and cell stimulation.
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660nm (red light): This light reaches the upper layers of the skin and is particularly effective in improving skin health, ATP production, collagen production and wound healing.
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850nm (near-infrared light, NIR): This light penetrates deeper into tissues and muscles, promoting recovery, reducing inflammation and relieving pain.
By focusing on these two proven wavelengths, our panels ensure that you get the maximum treatment effect where it is needed most, without spreading the effect across less effective wavelengths.
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Duo-chip Technology - Smoother Treatment Surface
One of the main advantages of our Ruby 2.0 panels is the use of Duo chip technology. All lamps in the panel deliver both 660nm and 850nm light at the same time, providing a more even and consistent treatment surface. This differs from Single-chip technology, used in the Ember 2.0 panel for example, where every other lamp shines at 660nm and every other at 850nm. The result with Duo-chip is a more uniform exposure across the entire skin and a faster, more effective result.
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Advantages of Two Wavelengths Compared to Multiple
Many other red light therapy panels on the market use 4, 5, 6 or even 7 different wavelengths. At first glance, this may seem like an advantage, but in practice it means that the total power is spread out over more wavelengths, reducing the intensity of each specific wavelength. For example, on a panel with a total power of 1500W and two wavelengths, you would get 750W at both 660nm and 850nm. On a panel with four wavelengths, you would instead get only 375W per wavelength.
By focusing on the two most proven wavelengths (660nm and 850nm), we can offer a more powerful and effective treatment, without compromising on results.
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The science behind Red Light Therapy: Mitochondria and ATP production
When red and near-infrared light penetrates the skin and tissues, it activates the body's most basic energy centre - the mitochondria, the 'powerhouse' of cells. Studies have shown that light at wavelengths of 660nm and 850nm stimulates mitochondria to produce more ATP (adenosine triphosphate), which is the molecule that provides cells with energy to perform their functions.
Increased ATP production: ATP is key to cell repair and regeneration, and increased ATP production leads to faster healing, better muscle recovery and improved energy levels at the cellular level. By increasing the energy supply to cells, the body can optimise a range of functions, including repairing damaged tissue, reducing inflammation and improving skin health.
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Research on Mitochondria and ATP production
Several studies have explored the relationship between phototherapy and mitochondrial activity. Here are some examples:
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- A 2013 study published in "Photomedicine and Laser Surgery" showed that red and near-infrared light treatment increased ATP production and improved cell metabolism, leading to faster recovery from injury and reduced muscle fatigue.
- A 2016 review in "Frontiers in Physiology" noted that red light helps improve mitochondrial function, which in turn increases the body's ability to produce ATP, which can contribute to better cognitive performance, improved physical endurance and increased muscle recovery.
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Proven Health Effects of Red Light Therapy
Red light therapy offers a range of positive effects that are well documented in the scientific literature. Here are some of the most prominent benefits that have been linked to the use of 660nm and 850nm wavelengths:
- Improved skin health and collagen production: Light at 660nm has been shown to promote the production of collagen, which is crucial for skin elasticity and youthful appearance. Studies have shown that regular exposure to red light can reduce wrinkles, improve skin texture and accelerate wound healing.
A 2014 study published in Photonics & Lasers in Medicine found that red light at 660nm could stimulate collagen production and reduce wrinkle depth after a few weeks of use, leading to noticeably smoother and firmer skin.
- Faster muscle recovery and reduced inflammation: The near-infrared light at 850nm penetrates deep into muscles and joints and has a proven ability to reduce inflammation and speed up recovery after exercise or injury.
A 2016 study published in the European Journal of Applied Physiology showed that athletes who used light therapy after exercise experienced faster muscle recovery and reduced muscle pain, compared to the control group who did not receive treatment.
- Pain relief and improved joint function: Several studies have shown that light therapy can be effective in relieving pain and improving joint mobility, especially for people with chronic conditions such as arthritis.
A 2009 study published in Lasers in Medical Science showed that the use of near-infrared light at 850nm reduced pain and improved mobility in patients with joint pain, without side effects.
- Improved blood circulation: Phototherapy can also help improve blood flow, which in turn supports tissue repair and muscle regeneration. This has been shown to be particularly beneficial for people suffering from poor circulation.
A 2017 study published in the Journal of Clinical Medicine found that 850nm light improved circulation and promoted oxygen uptake in the tissues, leading to faster healing of wounds and injuries.
Links to these studies and thousands of others in red light therapy and photobiomodulation. Here you will find a compilation of the studies prepared by researcher Vladimir Heikanen: www.bitly.com/PBM-database
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Our Panels - Optimised Performance for Maximum Impact
By combining 660nm and 850nm in our panels, we ensure that you get the most effective treatment for both superficial and deep problem areas. In addition, with the Duo chip technology in Ruby 2.0, you get a more even treatment surface, ensuring that all cells in the treated area receive optimal light exposure.
Our panels not only deliver strong wavelengths, but they focus on the most proven and efficient light waves to guarantee the best results.
We hope this information has helped you understand the many benefits of red light therapy and why our Ruby 2.0 and Ember 2.0 panels are an excellent choice for your needs. Whether you want to improve your skin, speed up recovery or relieve pain, our panels are designed to deliver results.
If you decide to invest in a red light panel from Luxway, we can assure you that you will not be disappointed. Our high-quality products are designed to provide a powerful and even treatment, so you can achieve your health goals effectively.
We wish you all the best in your choice and look forward to helping you on your journey towards better health and well-being!
