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The skin around your eyes is thin, sensitive and often the first place where tiredness and fine lines become visible. It's only natural, then, to wonder what red light therapy can actually do here, and whether it's even safe so close to your eyes. Red light therapy uses gentle, visible red and near-infrared light from LEDs, without needles and without any procedure. Around the eyes it isn't about your eyesight, but about the appearance of the delicate skin surrounding them and about how you use the device safely. At Maxi Meilleur we make this non-invasive way of skincare accessible for use at home, with clear explanations, personal guidance and masks that come with eye protection. We don't promise miracles, but we give you honest information and realistic expectations, so you can get started with peace of mind. In this article you'll read how safe red light therapy is around your eyes, what it can do for the skin in that area and what to look out for. [banner-cta-1] Is red light therapy safe for your eyes? For most people, red light therapy is a safe, non-invasive way of skincare, as long as you use the device as intended. Maxi Meilleur's masks work with visible red and near-infrared light, a low-intensity light source that emits no UV radiation. The sensitivity lies mainly in your eyes themselves, not in your skin. Bright light shining straight into your eyes is never pleasant, which is why you always use red light therapy with your eyes closed and with the included eye protection. If you're unsure whether the lamps could do any harm, it helps to know that this type of light is low in intensity. In our article on whether infrared light is harmful we take a closer look at the safety of near-infrared. If you have an existing eye condition, consult your ophthalmologist or optometrist first. [product-cta-1] What does red light therapy do for the skin around the eyes? Around your eyes, red light therapy focuses on the appearance of the skin, not on your eyes or your vision. It's precisely here that the skin is thin and delicate, which means tiredness, dull patches and fine lines quickly become visible. The different colours of light each have their own area of focus, something we describe in more detail in our overview of the different colours of light in an LED mask. For the area around the eyes, these are the points that users are looking for most: A fresher, more rested appearance: with regular use, many users find that the area around the eyes looks less tired. Fine lines less visible: red and near-infrared light are studied in scientific literature in relation to the skin, and can help the skin look smoother (Hamblin, 2017; Wunsch & Matuschka, 2014). A more even, more radiant complexion: the gentle light helps the skin around the eyes look more even and better cared for. A natural addition to your routine: as a non-invasive treatment, a session fits easily into your regular skincare routine. Important to remember: red light therapy is intended to help the skin look better, not to address eye complaints or your vision itself. The results are cosmetic and build up gradually with consistent use, so expect a gradual improvement rather than an immediate effect (Couturaud et al., 2023). Does red light therapy contain harmful UV radiation? No, red light therapy does not contain UV radiation. This is exactly the difference from the sun or a tanning bed: those emit UV light that can damage the skin, whereas LED masks work with visible red light and near-infrared light. Those wavelengths lie at the other end of the spectrum and involve no UV exposure (Salamon, 2025). For your eyes and for the skin around them, that's reassuring, because it's precisely UV radiation that your eyes need to be protected from. It's understandable that the terms get mixed up, because red, infrared and UV are often mentioned in the same breath. Yet they are different types of light with a very different effect. We explain the distinction more clearly in our article on whether red light therapy is the same as infrared. [banner-cta-2] Do you need to close your eyes during red light therapy? Yes, you close your eyes during a red light therapy session. Maxi Meilleur's masks come with eye protection that you place in front of the mask, and the advice is to keep your eyes closed for as long as the light is on. Not because the light directly damages your eyes, but because bright light shining straight into your eyes is unpleasant, and this way you get through the entire session comfortably and safely. The eye protectors are marked with an L and an R, so you can easily place them in the right position. In addition, stick to the recommended intensity and build up gradually, and the treatment stays comfortable. If you do experience any discomfort in your eyes, stop the session and, in the case of persistent complaints, consult an ophthalmologist. When is red light therapy not safe for your eyes? Red light therapy is safe for most people, but there are situations in which it's better not to use the mask around your eyes, or to seek advice first. This mainly has to do with your eyes' sensitivity to light and with existing conditions. In these cases, caution is warranted: With a genetic eye condition: if you have a hereditary eye condition, don't use the mask and consult a doctor or ophthalmologist. With light sensitivity: if you are sensitive to light or have a condition that causes light sensitivity, red light therapy is not suitable for you. When using photosensitive products: avoid a session on the same day that you use products with photosensitive ingredients. With an underlying medical condition: consult a specialist first if you are undergoing treatment or taking medication that makes you more sensitive to light. If you're unsure whether red light therapy suits your situation, err on the side of caution and seek advice from a doctor. We list the key points to keep in mind in our article on who is better off not using a red light mask. [product-cta-2] Using red light therapy safely around your eyes with Maxi Meilleur Around your eyes, red light therapy comes down to two things: helping the delicate skin in that area look better cared for and using the device safely. With your eyes closed, the included eye protection and a gradual build-up, you enjoy your session in a pleasant, non-invasive way. That's how an LED mask becomes a regular, relaxed moment in your routine instead of something to worry about. If you'd like to get started with this, you'll find a wide range at Maxi Meilleur. Browse our collection of red light therapy masks if you're specifically after these wavelengths, discover the complete range of LED masks for the whole face, or take a look at our infrared masks if you're mainly interested in near-infrared light. If you're still unsure which model suits you, we're happy to help you through our personal guidance, so you start out with realistic expectations and a safe feeling. Sources The sources below concern red and near-infrared light in general and do not relate to any specific product or mask from Maxi Meilleur. Couturaud, V., Le Fur, M., Pelletier, M., & Granotier, F. (2023). Reverse skin aging signs by red light photobiomodulation. Skin Research and Technology, 29, e13391. https://doi.org/10.1111/srt.13391 Hamblin, M. R. (2017). Mechanisms and applications of the anti-inflammatory effects of photobiomodulation. AIMS Biophysics, 4(3), 337–361. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5523874/ Salamon, M. (2025, 21 oktober). Red light therapy for skin care. Harvard Health Publishing. https://www.health.harvard.edu/staying-healthy/red-light-therapy-for-skin-care Wunsch, A., & Matuschka, K. (2014). A controlled trial to determine the efficacy of red and near-infrared light treatment in patient satisfaction, reduction of fine lines, wrinkles, skin roughness, and intradermal collagen density increase. Photomedicine and Laser Surgery, 32(2), 93–100. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3926176/

Scars are part of skin that has healed itself after a pimple, a small wound or a procedure, but they can strongly shape the image you see in the mirror. A mark left behind after acne, a red line or an uneven patch of skin: these are exactly the scars you notice every day. That is why more and more people are looking at red light as a gentle, non-invasive way to support the appearance of their scars, without aggressive treatments or procedures. At Maxi Meilleur we believe in honest expectations. An LED mask is a cosmetic beauty tool for home use and not a medical treatment, which means we are talking about how your scars look and how your skin feels, not about healing a scar. In this article you will learn what scars are, what research says about red light and scars, and what you can realistically expect when you use red light on scars. [banner-cta-1] How scars form and why they stand out A scar forms when the skin rebuilds itself after damage. In the process, the body produces new connective tissue, which often looks different from the surrounding skin: sometimes a little thicker, sometimes more like a small pit, and often with a different colour or texture. That difference in texture and tone is precisely why a scar stands out. Before you use red light on scars, it helps to understand the method, and for that our overview of the workings of red light therapy is a good introduction. Not every scar looks the same, and that partly determines what you can expect from it. These are the types you most often come across on and around the face: Acne scars (atrophic): small pits or dents left behind in the skin after a period of acne. Post-acne marks: red or brown discolourations that remain after a pimple has healed. Hypertrophic scars: thickened, often red scars that stay within the original wound edges. Keloids: scars that grow beyond the original wound. Surgical scars: straight lines left behind after a procedure. An LED mask focuses on the appearance of the skin and is therefore especially interesting for superficial scars such as acne scars and post-acne marks. Thickened scars, keloids and surgical scars often lie deeper and call for a different approach, so you adjust your expectations accordingly. What research says about red light and scars Red light therapy uses specific wavelengths, usually red light around 630 to 660 nm and sometimes near-infrared light that penetrates deeper into the skin. In the scientific literature, these wavelengths are absorbed by structures in the skin cells, after which processes are set in motion that are associated with skin renewal (De Freitas & Hamblin, 2016). Important to emphasise: this is about what researchers write about the wavelengths, not about a promise that a device will tackle your scar. Specifically for scars, it is interesting that red and near-infrared wavelengths are studied in the dermatological literature in relation to, among other things, the appearance of acne scars and thickened scars (Avci et al., 2013). Which wavelength best suits which type of scar and how deep the light reaches differs per colour. You can read more about this in our explanation of the wavelength of LED light, so that here we can stay close to the scar angle. [product-cta-1] What you can realistically expect with scars Red light is not a miracle cure and it does not make a scar disappear overnight. What many users do experience is that after a few weeks their skin looks more even, fresher and smoother, making scars and marks less noticeable. Research into red and near-infrared light showed, for example, improvements in skin roughness and in the overall appearance of the skin (Wunsch & Matuschka, 2014). A more even skin tone and a smoother texture push scars visually into the background. Consistency matters more here than intensity. Just as with skincare, the effect builds up gradually, and it helps to take a weekly photo of your scar in the same light so that you assess change more objectively than with the naked eye. If you want an honest picture of what others noticed with their scars, take a look at the before and after results and the experiences with red light. We give a realistic impression of the timeline in our piece on the results of an LED mask. It also helps to know how red light compares to other routes for scars. Treatments such as microneedling, laser or a chemical peel work more intensively and in a number of sessions, but are also more invasive, more expensive and sometimes involve recovery time. A scar or silicone cream mainly supports the suppleness of the scar. Red light positions itself in between as the gentle, non-invasive option that you use at home and at your own pace, aimed at the appearance of your scars over the long term. Red light for acne scars and post-acne marks Acne scars and post-acne marks are probably the most common reasons why people consider an LED mask for scars. After a period of pimples, the skin often remains uneven: red or brown marks, a coarser texture and here and there a small pit. An LED mask is designed as a complement to your skincare routine and can help make your skin look more even and calmer, so that those acne scars draw less attention. Many masks combine red light with other colours, because each wavelength has its own angle when it comes to scars and imperfections. What those colours mean and what they are used for is something we explain in our article on LED mask colours. If, alongside the scars, you also have active pimples, then an LED mask against pimples is a logical starting point to include in the same routine. Using red light safely on scars Safety comes first with us, certainly when it comes to scars. Never start on an open or not yet fully closed wound: wait until the scar is completely closed before using an LED mask on it. An LED mask is a cosmetic addition and not a replacement for medical care. If you have a fresh scar after surgery, a keloid or a scar you are worried about, first consult your GP or dermatologist before getting started with it. The LED masks themselves work with low heat development and feel comfortable on the skin for most people. Still, red light is not suitable for everyone, not even with scars. If you use certain medication or have a light-sensitive condition, first read up on which situations call for extra caution in our overview of who should not use a red light mask. When in doubt, the rule is always: check with a professional. [banner-cta-2] How to use an LED mask on scars If you want to use red light for the appearance of your scars, you get the most out of a fixed, calm approach in which the light actually reaches the zone with the marks. How often you schedule a session depends on your skin and your scars: in our explanation of the frequency of your LED mask and the do's and don'ts of use you can read about this in detail. The step-by-step plan below keeps it simple. Step 1: start with clean skin Cleanse your face and pat it dry, so that there is no make-up or dirt between the light and your scars. Clean skin is the best starting point and prevents skincare residue on the marks from getting in the way. Step 2: take your time for your session Put on the mask comfortably so that it fits closely against the zones with scars, and stay seated or lying down for a while. Keep your sessions short and regular rather than long and sporadic, because with scars consistency determines the result more than the duration of a single time. Step 3: finish up and track your progress After the session, apply your usual serum or moisturiser and schedule your next moment. Take a weekly photo of your scar in the same light, so that you can properly follow the gradual change in texture and appearance. This way red light becomes a small, calm moment in your day rather than a complicated project. It is precisely that regularity that makes the difference over the long term for how visible your scars are. [product-cta-2] Which LED mask suits your scars Which version suits you best depends on where your scars are and what your wishes are. Our LED facial mask for home use covers the entire face and is available as the accessible Nova Series for those who want to start gently with scars, and as the more extensive Pro Series for those who want more. Both are a comfortable, wearable beauty tool for your own routine. If the scars or marks are also on your neck or on your décolleté, for example after acne in those zones, then an LED mask for the décolleté is a nice addition. This way you include your face and those scars in one fixed routine, rather than approaching them separately. Getting started with red light on scars Scars require patience, and an honest story is part of that: red light does not make them disappear, but it can help your skin look more even and fresher, so that your scars stand out less. The gain lies in the regularity and in realistic expectations, not in big promises. At Maxi Meilleur you get, alongside a high-quality LED mask, clear guidance and aftercare. So you are not only buying a product, but you also receive support that helps you calmly and confidently on your way to skin in which your scars play less of a leading role. Sources The sources below are about red and near-infrared light in general and about the wavelengths and mechanisms studied. They do not relate to a specific product and are not proof of the effectiveness of an individual LED mask. Avci, P., Gupta, A., Sadasivam, M., Vecchio, D., Pam, Z., Pam, N., & Hamblin, M. R. (2013). Low-level laser (light) therapy (LLLT) in skin: stimulating, healing, restoring. Seminars in Cutaneous Medicine and Surgery, 32(1), 41-52. https://pubmed.ncbi.nlm.nih.gov/24049929/ de Freitas, L. F., & Hamblin, M. R. (2016). Proposed mechanisms of photobiomodulation or low-level light therapy. IEEE Journal of Selected Topics in Quantum Electronics, 22(3), 7000417. https://doi.org/10.1109/JSTQE.2016.2561201 Wunsch, A., & Matuschka, K. (2014). A controlled trial to determine the efficacy of red and near-infrared light treatment in patient satisfaction, reduction of fine lines, wrinkles, skin roughness, and intradermal collagen density increase. Photomedicine and Laser Surgery, 32(2), 93-100. https://doi.org/10.1089/pho.2013.3616

Red light therapy is increasingly being mentioned as a natural way to support pain relief and recovery. Anyone searching for pain relief soon comes across terms such as red light, near-infrared and photobiomodulation. But what exactly does it involve, and what can you realistically expect if you're dealing with, for example, muscle pain, joint pain or a stiff neck? In this article we explain how red light therapy is linked to pain and recovery in research, which complaints it's studied for and which devices people use to try it out. Throughout, we stay close to what the scientific literature shows, so you get an honest picture without exaggerated promises. [banner-cta-1] Why red light therapy is used for pain In red light therapy, the skin and the underlying tissue are exposed to specific wavelengths of red and near-infrared light. The broad background of red light therapy ranges from skincare to recovery, but in the context of pain the interest centres mainly on two things: how deeply the light can penetrate and what role it plays in research into recovery processes. Many people are looking for a non-invasive way to support pain complaints, without medication or invasive treatments. That explains the growing interest in light as a complement to rest, movement and professional guidance. Something important to know in advance: red light therapy is not a miracle cure and is no substitute for medical advice. It's mainly seen as possible support within a broader approach. What research says happens inside the cells The way red and near-infrared light works is described in science under the term photobiomodulation. These wavelengths act on the mitochondria, the powerhouses of your cells, and are associated with an increase in energy production, with blood circulation and with the modulation of inflammatory processes (Hamblin, 2017). Improved local blood flow is linked in research to the supply of oxygen and nutrients, which plays a role in the natural recovery process. It's that combination of cell activity and blood circulation that makes light come up so often in the context of recovery and pain reduction. These mechanisms have been widely studied, but research into wavelength is separate from any specific device: the literature describes what light of a particular wavelength can do, not what a particular mask or panel guarantees. The same applies to the individual colours and wavelengths of LED light, which each have their own application. [product-cta-1] Which pain complaints red light therapy is studied for Red light therapy is examined in research for a wide range of physical complaints. In studies, photobiomodulation is applied to conditions including knee osteoarthritis, tendon complaints, lower back pain and post-surgical pain, with varying degrees of evidence (Tamimi, 2026). The complaints that come up most often in the literature and in practice are: muscle pain: complaints after sport or exertion, where light is studied in relation to muscle recovery joint pain: complaints around the joints, including research into osteoarthritis and arthritis back pain and neck pain: common complaints caused by posture or prolonged strain injury recovery: support for the natural recovery process after overuse Specifically in athletes, research explores whether light can contribute to less pain and a faster return to sport, with cautiously positive but inconclusive outcomes (Morgan et al., 2024). Results differ from person to person and by type of complaint, and the strength of the evidence isn't equally strong for every application. If you have persistent or severe pain, always discuss it with a doctor or physiotherapist. Red light can at most be a complement to a well-founded treatment plan, not a replacement for it. Red light or infrared: which light suits which complaint A frequently asked question when it comes to pain is whether you need red light or infrared. The difference lies mainly in the depth to which the light can penetrate: red light (630 to 660 nm): stays closer to the surface and is mainly associated with the skin near-infrared (810 to 850 nm): penetrates more deeply and is linked in research to deeper tissues such as muscles and joints For complaints located deeper in the body, near-infrared is more often considered because of its greater penetration depth, while red light stays closer to the skin. Many devices combine both wavelengths to reach both the superficial and the deeper layers. The distinction between red light therapy and infrared plays a role here, because both have their own depth range and the choice depends on the location and nature of the complaint. [banner-cta-2] Which device do you use for red light therapy to relieve pain? Red light therapy can be applied in various ways. Which device suits you depends on where your complaint is and how large the area is that you want to reach. Light panels for larger areas Light panels emit red and near-infrared light across a larger surface. They're mainly used for the body, for example for the back, shoulders or legs, making them the most common choice when it comes to muscle and joint complaints. The distance to the panel and the treatment duration partly determine how intense a session feels. Flexible bands and wraps Bands and wraps are designed to close around a specific body part, such as a knee, back or shoulder. They direct the light precisely at one area and are handy when you want to reach a defined zone during recovery after exertion. LED face masks for the face and skin LED face masks use the same wavelengths, but are designed for the face and skin and not for body pain. A brand like Maxi Meilleur focuses its masks on cosmetic use: they help the skin look smoother and fresher and are intended as a complement to your skincare routine. The red light therapy masks for home use work with red light at 630 nm and near-infrared at 850 nm and are non-invasive to use. If, alongside the face, you also want to include the neck and décolleté, you can opt for the separate masks for the neck and décolleté. What you can expect from pain relief with red light Anyone wanting to try red light for pain is wise to have realistic expectations. Effects rarely appear overnight. In practice, users often describe a gradual course, where consistency matters more than a single long session. Many clinical studies point to pain reduction, but the outcomes vary greatly due to the wide range of protocols and target groups (Ferreira et al., 2026). Many applications revolve around short sessions of a few minutes up to a quarter of an hour, a few times a week. How much someone notices depends on the wavelength, the light intensity, the distance to the light source and the treatment duration, and on the regularity with which you apply it. The same logic applies to the skin, where above all how often you use an LED mask determines what you see over time. With pain complaints, always pay attention to how your body responds and stop if there's any discomfort. Is red light therapy safe and who is it less suitable for Red light therapy is generally considered safe when you use it according to the instructions. Red and near-infrared light contain no harmful UV radiation and give off little heat. It's regarded as safe for the skin, and the results depend mainly on wavelength, dose and consistent use, while devices differ greatly from one another (Salamon, 2025). Nonetheless, caution is warranted, certainly around the eyes and with prolonged use, and how carefully you apply it partly determines whether infrared light is harmful. In certain situations, extra caution or consultation with a doctor is advisable: pregnancy: consult a healthcare provider beforehand medication that makes the skin sensitive to light: discuss this with your doctor existing skin or health complaints: seek advice before you start Not everyone, moreover, is a suitable candidate, and it pays to check in advance who is better off not using a red light mask. If you're unsure about your situation, always consult a professional first. [product-cta-2] Ready to get started with red light for pain relief? Consciously choosing what suits you makes all the difference. For body pain, panels and bands are the logical choice, while an LED face mask focuses on the face and skin. If you'd like to explore at your own pace what fits, at Maxi Meilleur you'll find an overview of LED face masks for home use, with clear explanations, a manual and personal guidance so you can make a well-considered start. Sources The sources below concern red and near-infrared light in general. They underpin the mechanisms, the research picture and the safety picture described in this article, and do not relate to a specific product. Ferreira, L. M. A., Oliveira, A. B. C., Mendes, J. J. B., Costa, G. V., Silva, I. R., Santos, G. N., Pereira, G. S., & Silva, M. L. (2026). Photobiomodulation in chronic pain: A systematic review of randomized clinical trials. Frontiers in Integrative Neuroscience, 20, Article 1717372. https://doi.org/10.3389/fnint.2026.1717372 Hamblin, M. R. (2017). Mechanisms and applications of the anti-inflammatory effects of photobiomodulation. AIMS Biophysics, 4(3), 337–361. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5523874/ Morgan, R. M., Wheeler, T. D., Poolman, M. A., Haugen, E. N. J., LeMire, S. D., & Fitzgerald, J. S. (2024). Effects of photobiomodulation on pain and return to play of injured athletes: A systematic review and meta-analysis. Journal of Strength and Conditioning Research, 38(6), e310–e319. https://pubmed.ncbi.nlm.nih.gov/38781474/ Salamon, M. (2025, 21 oktober). Red light therapy for skin care. Harvard Health Publishing. https://www.health.harvard.edu/staying-healthy/red-light-therapy-for-skin-care Tamimi, Z. J. M. (2026). Photobiomodulation therapy in musculoskeletal rehabilitation, mechanisms, clinical evidence, and integrated protocols: A systematic review. Sport Sciences for Health, 22(2), 115. https://doi.org/10.1007/s11332-026-01694-w