Red light wavelengths: Which one is right for you?
For the skin, 630 to 670 nm are most suitable: these wavelengths stimulate collagen, skin recovery, and microcirculation. For muscles, joints, and deeper tissue, choose near-infrared light at 810, 830, 850, or 1060 nm, which penetrates deeper. Keep the lamp approximately 30 to 50 cm away, treat each area for 10 to 20 minutes, and do this 3 to 5 times per week. Below, you can read what each wavelength does and what to consider.
Red Light Therapy is a popular and scientifically supported method for promoting skin health, pain relief, and recovery. The secret lies in the specific wavelengths, which range from visible red light to near-infrared light.
Note! The text below is not medical advice. This text has been compiled based on our own knowledge, customer experiences, and various online sources.
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What are wavelengths and why are they important?
Wavelengths refer to the distance between successive peaks of a light wave, measured in nanometers (nm). In Red Light Therapy, these range from visible red light (approximately 620-700 nm) to near-infrared light (700-1100 nm). Each wavelength penetrates to a different depth in the body and has specific effects on tissues and cells.
The most commonly used Red Light Therapy wavelengths and their effects
Below is an overview of the eight wavelengths in Liroma's Red Light Therapy panels and their specific benefits:
| Wavelength | Effect | Application |
|---|---|---|
| 630 nm | Stimulates collagen production and skin renewal | Skin rejuvenation, fine lines, skin improvement |
| 650 nm | Supports skin recovery and collagen production | Skin improvement, redness, recovery after irritation |
| 660 nm | Promotes skin recovery and supports blood circulation | Inflammation reduction, microcirculation, wound healing |
| 670 nm | Penetrates just slightly deeper than 660 nm | Scalp and hair growth, skin recovery |
| 810 nm | Penetrates deep into muscles and tissues | Muscle recovery, joints, deep tissue stimulation |
| 830 nm | Supports cellular energy and recovery processes | Pain relief, muscle recovery, joint support |
| 850 nm | Stimulates cellular energy and deep recovery | Deep tissues, bone and tendon recovery, recovery after exertion |
| 1060 nm | Penetrates very deeply and supports intensive recovery | Deep muscle recovery, tendons, joints, and rheumatic complaints |
- 630 nm (Red light): This wavelength is ideal for superficial skin problems. It stimulates collagen and elastin production, helping to firm the skin and reduce fine lines. It is also often used in the treatment of acne, because red light has an anti-inflammatory effect and can combat the bacteria that cause acne.
- 650 nm (Red light): 650 nm is close to 660 nm and works on the same skin layers. It supports collagen production and skin recovery, and is usually combined with 630 and 660 nm to reach the entire upper layer of the skin.
- 660 nm (Red light): 660 nm is one of the most studied wavelengths because of its versatility. It penetrates deeper than 630 nm and offers benefits such as improved wound healing, healthy skin texture, and reduced inflammation. This wavelength also supports microcirculation, making the skin look healthier and more radiant.
- 670 nm (Red light): The longest wavelength within the visible red spectrum. 670 nm penetrates slightly deeper than 660 nm and is used, among other things, for the scalp and hair growth, as well as skin recovery.
- 810 nm (Near-infrared light): This wavelength penetrates deeper into muscles and tissues. 810 nm is often used for muscle recovery, joint support, and stimulating recovery processes after physical exertion.
- 830 nm (Near-infrared light): When it comes to deep tissue recovery, 830 nm is an excellent choice. This wavelength penetrates into muscles and joints, making it effective for pain relief, injury recovery, and improving circulation in deeper tissues. It is also used to promote recovery after intense physical exertion.
- 850 nm (Near-infrared light): 850 nm offers similar benefits to 830 nm but penetrates slightly deeper. This wavelength is popular among athletes and people recovering from serious injuries. It not only helps with the recovery of muscles and joints but can also support deeper tissues, such as bones and tendons. In addition, it stimulates ATP production (cellular energy), which is essential for healing and recovery.
- 1060 nm (Near-infrared light): 1060 nm penetrates very deeply and is designed for intensive recovery of muscles, joints, tendons, and deeper tissues. This wavelength is often chosen for deep muscle recovery, joint support, and rheumatic complaints.

How do you use the lamp effectively?
For optimal results:
- Distance: Keep the lamp approximately 30-50 cm from the area being treated.
- Duration: Treat each area for 10-20 minutes per session.
- Frequency: Apply the therapy 3-5 times per week for the best results.
Who is red light therapy suitable for?
Red light therapy is suitable for a wide range of applications:
- Athletes: For faster muscle recovery after training sessions or competitions.
- People with skin problems: Such as acne, fine lines, and pigmentation spots.
- People with chronic pain: For relief from muscle and joint pain.
- Recovery after injuries: Promotes tissue repair and healing.
Whether you're looking for a skin-friendly anti-aging solution or need deep tissue recovery, red light therapy offers a tailored solution.
Precautions for red light therapy
Although red light therapy is considered safe, there are a few things to keep in mind:
- Eye protection: Avoid looking directly into the lamp and wear protective glasses if necessary.
- Medical conditions: Consult a doctor if you have photosensitivity or a skin condition.
- Excessive use: Follow the recommended duration and frequency to prevent overexposure.
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Want to try it yourself? Explore Liroma's red light panels and their wavelengths. You have 60 days to test at home whether it's right for you.
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