Discover how red light wavelength can accelerate wound healing and also know which RLT device is the best to heal your wounds. 

It is confirmed that the 830 nm wavelength of RLT exponentially accelerates wound healing through increased ATP production and enhanced cellular metabolism. 

Plus, it has been identified that the wavelength acts as a potent inflammation modulator, decreasing different pro-inflammatory cytokines and promoting anti-inflammation.

Understanding Wavelength 

It is important to know and apply the difference in several wavelengths of light therapy to achieve the highest outcome. 

Both red and infrared light therapies have excellent results in the 830 nm wavelength. This wavelength is essential for wound healing and regeneration of tissues. 

The particular red light therapy wavelengths reach up to the deep layer of the skin and initiate the biological process. 

At the same time, the body may benefit from infrared light due to minimal negative influence. 

Thus, this type of therapy was examined more broadly for its effect on tissue regeneration. Usually, this form of radiation is close to the visible red light on the spectrum. 

Still, the 830 nm wavelength, an essential component of infrared therapy’s region, can penetrate the skin and some subcutaneous tissue

It can travel deeper into the tissue than the visible red range and eventually reach the cells for cellular regeneration and processing. 

830 nm light reaches the mitochondria and helps in producing adenosine triphosphate, which gives cells the energy to function and regenerate damaged tissue. 

However, this classification makes little sense from the point of view of color. In the visible range of its spectrum, red light represents the first part of the spectrum, beginning with the spectral color red and ending at 750 nm.

The distance between the vibrations of the light waves in this range causes the perception of different colors. 

In the red and relatively far varieties of red, the vibrations of these electromagnetic waves increase to create a perception of color.

How Wavelength of Red Light be Connected to Heal? 

Several scientific studies have proved the wavelength of red light has a symbiotic relationship with the healing process. 

Certain wavelengths, including the red and near-infrared spectrum, significantly boost the mechanisms of cells and tissues to repair themselves. 

Research On The 830 nm Wavelength And Cellular Activity. 

Published research on the 830 nm wavelength and cellular activities stated that light with the 830 nm wavelength can penetrate deep into your skin to the cells and tissues. 

This depth is an essential factor in promoting mitochondrial function and producing ATP! High levels of ATP enhance cellular metabolism, meaning cells grow faster or move faster. Both are crucial steps for wound healing and tissue repair.

Wound Healing And Modulation Of Inflammation

The 830 nm wavelength may be used to modulate inflammatory reactions, which are very essential in the wound-healing process. 

A paper in the Journal of Photochemistry and Photobiology found that this light therapy reduces excessive inflammation and creates a more balanced situation for healing. 

The research further stated that this wavelength reduced pro-inflammatory cytokines and increased anti-inflammatory ones. This leads to faster completion of the inflammation phase and easier tissue repair.

How Wavelength of Red Light is Related to Accelerated Wound Healing?

Collagen Production And Fibroblast Activity

Collagen is needed for wound healing; it gives integrity to the body’s structure and skin. 

In a study reported by Lasers in Medical Science, 830 nm light greatly amplified collagen production by stimulating fibroblast activity. 

The fibroblast is the cell responsible for the synthesis of collagen and extracellular matrix. 

Clinical Applications and Outcomes

830 nm light is effective in wound healing. In a clinical trial, it was found that 830 nm light accelerated the rate of wound closure more than other wavelength ranges. 

In short, the trial even points out that it is pragmatically beneficial to the medical setting!

Frequently Asked Questions

How Long Should Red Light Therapy Be Used For Wound Healing?

The RLT time and sessions for wound treatment can vary and are determined by the wound’s severity or type. The sessions can range from 10 to 20 minutes several days a week. 

For acute wounds, the therapy can be used daily for up to 1 to 2 weeks. Extended use in most cases of severe wounds can be over several weeks to months.

What Is The Best Light Wavelength For Wound Healing?

The light wavelengths that function most efficiently to heal wounds are found between the red and near-infrared. 

Even more precisely, they are found between 600 and 1000 nm. However, 850nm is considered the best, as it penetrates the tissues deeply, causing cell division, and decreasing the inflammatory reaction. 

What Wavelength Is Wound Healing?

The spectra of red and infrared wavelengths contribute to the rapid healing of wounds. The necessary action is promoted by red and 830 nm – the characteristic of deep tissue penetration – cellular activation.

Best Red Light Therapy for Wound Healing

Well, when it comes to finding the best red light therapy device for wound healing, PlatinumLED is the best of the best. 

Especially the BIOMAX Series! It offers clinical-grade red and near-infrared light therapy with high-end LEDs that give the ultimate wavelengths and power intensity for quicker wound healing. 

Here, BIOMAX 900 and BIOMAX 600 are two popular and most effective options for your wound healing and post-surgery recovery. 

So, if you want your wounds and pains to heal faster, we think PlatinumLED can be a great choice for you.

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