Cellular Energy (ATP)
Red laser light is absorbed by mitochondria, increasing ATP production and giving follicle cells the energy they need to function.
THE REAL PROBLEM
Hair loss from androgenetic alopecia (AGA) doesn't happen overnight. It's a slow, progressive shrinking of the follicle called miniaturization. Each growth cycle gets shorter. Each new strand comes back thinner, lighter, and weaker, until what used to be a thick terminal hair is barely visible peach fuzz.
The trigger? DHT, a hormone derived from testosterone. Everyone produces it, but in genetically susceptible individuals, it gradually weakens the follicle over time. The visible thinning you see is the end result of years of this process.
TIMING MATTERS
AGA is progressive. The longer miniaturized follicles go untreated, the harder it becomes to bring them back. Starting early preserves existing hair and gives weakened follicles the best chance of recovery.
Best time to act
Still reversible
Much harder to restore
THE SCIENCE
Low-level laser therapy (LLLT) uses red light at 650nm to stimulate hair follicles at the cellular level. Here's what's happening under the cap:
Red laser light is absorbed by mitochondria, increasing ATP production and giving follicle cells the energy they need to function.
Laser therapy modulates reactive oxygen species (ROS) involved in cell signaling, supporting healthier follicle behavior.
Improved circulation and oxygenation deliver more nutrients to follicles that have been starved during miniaturization.
Follicles are supported in shifting back into the anagen (growth) phase, extending the active hair production cycle.
THE Timeline
Increased Shedding: Don’t be alarmed if you notice an increase in hair shedding. This is a natural process where weaker hairs are making way for stronger, healthier strands to emerge.
Reduced Shedding: You’ll likely see a decrease in the amount of hair shedding.
New Hair Growth: Tiny new hairs may start to appear. This is a sign that your hair follicles are responding well to the treatment.
Continued Growth: The rate of shedding should significantly decrease.
Minor Visible Results: By now, you should start to notice minor visible improvements. This might include thicker hair and less noticeable thinning areas.
Noticeable Growth: At this stage, new hair should be more visible and your overall hair health improved.
Consistency is Key: Continue with your treatment to maintain and further enhance your results. Stopping the treatment may result in the regression of progress.
Here’s how Xtrallux is transforming hair — and confidence — for people like you.
We're confident in the Xtrallux Devices results. Use the device consistently for six months, and if you're not satisfied with your results, return it for a full refund.
Xtrallux Hair Regrowth caps are recommended for adults (men or women) who are experiencing mild to moderate hair loss due to androgenic alopecia with Fitzpatrick Skin Types I to IV as per indications for use. If your hair loss is advanced or due to scarring alopecias, this device is not right for you. Please consult with your healthcare provider for other types of hair loss (ie. medically-induced, areata, universalis, or totalis alopecias, effluvium, etc) and skin types.
Xtrallux is indicated for mild to moderate hair loss cases. If you're hair loss is advanced, you are not a candidate for laser therapy. Please read the indications for use on the product pages for detail.
Laser therapy at 650 nm and <5mW has never had any reported adverse effects for ANY skin tone, including the darkest of skin tones but due to limitations in testing protocols has only been clinically tested for treatment of AGA on skin types 1-4. Xtrallux devices are not cleared for dark skin tones due to the substantial equivalence process of FDA clearances.
Yes. The United States Food & Drug Administration has cleared Xtrallux hair regrowth devices as effective for treating androgenetic alopecia (see full indication for use). The clearance is based on substantiation by earlier submissions to the FDA providing clinical data to verify that this type of medical device emitting red laser energy results in an increase in terminal hair counts over the course of time with continued use. Terminal hair is defined as long, coarse, well-pigmented hair which differs from vellus hair.
Xtrallux manufactures devices use this technology which has been proven to increase counts of terminal hair in clinical trials accepted as substantiation by the FDA for prior clearances for this device classification.
Keep in mind that results will vary from person to person. Each case is different.
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