How to treat hair loss with non-invasive technologies, from LED to LLLT (2024)

How to treat hair loss with non-invasive technologies, from LED and low-level laser therapy (LLLT) to microneedling, which all boast less side effects and downtime, and can be performed at home

Hair loss affects millions worldwide and goes beyond cosmetic concerns; it also relates to one’s self-esteem and how we are perceived by others. It can be caused by genetics, hormonal changes, stress or medical conditions, and therapies to treat it have ranged from medications and supplements to surgical interventions, each carrying its own set of limitations and side effects.

However, the tide is turning towards a more modern approach: non-invasive technology methods.

How to treat hair loss with non-invasive technologies, from LED to LLLT (1)

In recent years, treatments such as microneedling and LED and laser therapy have emerged as superstars in the battle against hair loss, gaining popularity not just for their efficacy, but also for their ability to offer solutions without the need for surgical intervention or the long-term use of medications. The appeal of these treatments lies in their minimal downtime, reduced side effects and the convenience of at-home options alongside professional treatments.

How to treat hair loss with non-invasive technologies, from LED to LLLT (2)

Hair loss can stem from various sources. “As the most common cause of hair thinning for both men and women, pattern hair loss is a genetically driven condition that starves hair follicles of oxygen and essential nutrients. In women, this appears as overall thinning and widening of the midline. For men, it appears as crown balding and receding hairlines,” says Laurence Newman, CEO of CurrentBody, a company specialising in health and beauty technology devices for home use.

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In response, traditional treatments have long been the cornerstone of hair loss management, with medications such as minoxidil, a topical solution, and finasteride, an oral prescription, widely used with varying degrees of success. However, the necessity for continuous use to maintain results, potential side effects, and the variable response among different people have led many to seek alternatives.

How to treat hair loss with non-invasive technologies, from LED to LLLT (3)

Among non-invasive treatments, light-emitting diode (LED) therapy stands out as a promising option, leveraging the power of light to rejuvenate and heal by using specific wavelengths of light to target skin and hair follicles to encourage hair growth. In exploring the landscape of treatments, a wide range of options are available, ranging from professional interventions to at-home solutions.

Among the latter, Solaris Laboratories NY’s LED Hair Growth Stimulating Brush, which uses a combination of red and blue LED lights, stands out as a market leader. “The red light is great for energising your hair cells, making your hair grow thicker and faster. It’s also handy for reducing hair breakage. And the blue light is all about keeping your scalp healthy and inflammation-free,” says Anthony Davis, Solaris Laboratories’ head trainer.

How to treat hair loss with non-invasive technologies, from LED to LLLT (4)

The lights aren’t meant just for growth, though. “The red light also boosts collagen production. This means your hair could get thicker, giving you that fuller look you might be after,” Davis says. It also helps maintain a healthy scalp, tackles dryness and helps with blood flow in your scalp.

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The combo of LED lights and vibrations is a power duo. “It makes sure your scalp gets all the nutrients it needs, setting the stage for better hair growth,” Davis explains. The result is an environment conducive to hair growth, where follicles weakened by hormonal, genetic or environmental factors can begin to thrive.

Regarding professional-grade treatments, clinics are pushing the boundaries of what’s possible with advanced technologies and personalised care protocols. In this domain, EstheClinic in Hong Kong emerges as a forerunner, offering an innovative and effective hair restoration and regrowth treatment. “Low-Level Laser Therapy (LLLT) delivers cool laser energy to the scalp tissue to strengthen the hair fibres and stop hair fall,” says Solène Verrot, managing director at EstheClinic.

How to treat hair loss with non-invasive technologies, from LED to LLLT (5)

A hair loss treatment plan at EstheClinic includes LLLT and a microneedle device called Le DermaBooster. “We first start with stimulation of the scalp with Le DermaBooster to restore strength and health to the hair, fight against hair loss and restore the scalp,” Verrot says, adding that this opens temporary microchannels in the top layers of the scalp. Then comes the LLLT, which delivers cool laser energy to the scalp tissue, which strengthens the hair fibre and stops hair falling. “It stimulates the hair follicles’ self-repair and slows down degeneration, while acting on blood and lymphatic circulation to restore hair growth,” Verrot explains.

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How to treat hair loss with non-invasive technologies, from LED to LLLT (6)

On the at-home devices realm, the CurrentBody Skin LED Hair Regrowth Device emerges as a cutting-edge option for those seeking effective hair loss treatments from the comfort of their own homes. The device uses red wavelength to increase blood flow to the affected hair follicles, which boosts hair thickening and new hair growth. “The advantage of a home use device such as ours is that it’s convenient to use and can also be used to support in-clinic treatments you might be seeking,” Newman says.

Still, he highlights the importance of understanding what these treatments can and can’t do. “Dead hair follicles cannot be restored. This treatment is about halting thinning of hair and bringing improved growth, but it is not possible to restore follicles that are producing no hair at all.”

How to treat hair loss with non-invasive technologies, from LED to LLLT (7)

In terms of disadvantages, it all mainly revolves around time. “The only drawback would be that it requires multiple sessions, at least 15, to achieve long-lasting results – compared to hair transplant, which gives immediate results but [is] invasive and requires downtime,” Verrot says. Besides time concerns, Davis clarifies that results can vary significantly due to factors like genetics, the nature of hair loss and overall health. “Some expect these treatments to fully restore hair to its original state, but while they can significantly improve hair density and health, they might not completely reverse severe hair loss,” he adds.

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That’s why gauging if someone is a good candidate involves evaluation to examine the hair loss stage and setting expectations before determining the best treatment plan. “Of course, the earliest we start treating hair loss, the better it is. But we can treat it even if hair loss has already started. As long as there is hair remaining on the area to be treated, it can be stimulated and improved.” Verrot explains.

How to treat hair loss with non-invasive technologies, from LED to LLLT (8)

When talking about at-home devices, Newman says it can be very challenging for them to predict results, given the wide range of hair loss conditions out there. “Consistency of treatment is key; you must be willing to commit to a 10-minute treatment every day, but the feedback has shown us that those with hair loss are willing to do that as treatment options are very limited,” he adds.

Regardless of the chosen path, setting realistic expectations and practising patience are essential in the journey toward hair restoration, as well as understanding that hair growth is a slow process, and improvements may take several months to become noticeable.

How to treat hair loss with non-invasive technologies, from LED to LLLT (9)

How to treat hair loss with non-invasive technologies, from LED to LLLT (2024)

FAQs

Is LED or LLLT better for hair growth? ›

LED therapy provides a comfortable, non-invasive treatment free from side effects, offering a safe and convenient solution to address hair loss. LLLT (low-level light therapy) is clinically proven to increase hair density in patients with pattern hair loss over a 16-week timeframe using a wearable, helmet-type device.

What is the success rate of LLLT for hair loss? ›

It has been shown to help make hair grow thicker, stronger, and healthier. And can notably improving the hair's appearance and volume. In the course of various studies, LLLT helped to slow down or even stop hair loss in 85% of patients undergoing treatment. Patients also saw new hair growth in 55% of the cases.

How much does LLLT cost for hair loss? ›

Low-Level Laser Therapy (LLLT): LLLT is a non-invasive treatment that stimulates hair growth by using low-level laser devices or combs. LLLT sessions can cost between INR 2,000 and INR 5,000 each session, with repeated sessions recommended for best outcomes.

How long does it take for LLLT to work? ›

Everyone's body reacts to treatment differently, but most patients experience thicker, fuller hair in 2-4 months.

What are the disadvantages of LLLT? ›

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Patients often have to return to the doctor for treatments at least 2 to 4 times per week. Old injuries may be aggravated for a few days after treatments, but for most patients this sensation is short term, lasting for a couple of days.

What are the side effects of LLLT on hair? ›

And, because it uses cool beam lasers, there is no risk of burning the skin or scalp. Keep in mind is that some patients occasionally complain of their hair drying out a bit initially after treatment. A very small percentage of patients have reported headaches, but this is fortunately very rare.

How long does it take for LLLT to grow hair? ›

When used for 16 and 26 weeks under different protocols and with two different devices, LLLT showed an increased hair count (level of evidence 2). However, no long-term follow-up was performed.

Can you use LLLT too much? ›

Hency too high an energy beam and/or if exposed to LLLT for too long or too often, can cause increased hair loss as opposed to increased hair growth.

Which is better PRP or LLLT? ›

First discovered in 1960, LLLT is a popular and effective hair growth treatment for both men and women. However, LLLT works on fewer types of hair loss compared to PRP. Low-Level Light Therapy is most effective at treating illness-related, post-menopausal, or postpartum hair loss.

Should I use minoxidil before or after LLLT? ›

You can use it before or after minoxidil application. Part your hair to expose your scalp as much as possible for the laser to work better since it stimulates the base of the follicle at the level of the scalp. If you are using hair fibers, make sure to wipe them off completely before you use the laser.

Is Nutrafol worth it? ›

Several peer-reviewed Nutrafol studies have shown that it does help with hair regrowth, those who saw the most positive effects had minimal hair loss. The website also notes that it's helpful for people like me who've been dealing with hair loss and shedding due to stress and hormone changes.

Does LLLT regrow hair? ›

Results. Studies have shown that LLLT stimulated hair growth in mice subjected to chemotherapy-induced alopecia and also in alopecia areata. Controlled clinical trials demonstrated that LLLT stimulated hair growth in both men and women.

What is the difference between LED and laser LLLT? ›

A laser's wavelength can be specifically optimized to 650 nanometers, which is widely considered the ideal wavelength for full light exposure. LEDs are known to emit beams that are wider and less consistent, making it more difficult to penetrate farther into the scalp.

Can I wash my hair after LLLT? ›

Is it OK to wash my hair immediately after having low laser treatment? Yes. The treatment stimulates increased circulation to the hair follicles and release growth factor under the scalp. There will be no side effects or worsening of outcome from washing your hair.

Is LLLT the same as LED? ›

LEDs contain none of the transformative, regenerative powers of their LLLT counterparts. Their wavy, far weaker light structure makes them a surface-level solution, entirely ineffectual for skin regeneration deep down.

Does LED light therapy grow hair? ›

Studies have shown that LLLT stimulated hair growth in both men and women. Studies with largest randomized controlled trials demonstrated statistically significant hair regrowth by terminal hair count in both males and females.

Do LEDs help with hair growth? ›

LED (Light Emitting Diode) light hair loss therapy is a non-invasive treatment that uses specific wavelengths of LED light to stimulate hair growth and combat hair loss. It is a form of Low-Level Laser Therapy (LLLT) and is often referred to as "LED LLLT" or "LED Red Light Therapy" when used for hair loss.

Is red light therapy the same as LLLT? ›

Red light therapy is also called low-level laser therapy (LLLT), low-power laser therapy (LPLT), and photobiomodulation (PBM).

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