Hair loss typically develops gradually. It often begins with subtle thinning and progresses over time, eventually exposing the scalp if left untreated.
This condition can affect anyone. Around 25% of men with male pattern baldness start losing hair by age 21. While in women, hair thinning generally occurs later, commonly around the age of 40, although hormonal changes may contribute to earlier onset.
At AURA, we offer Low-Laser Light Therapy in Singapore, designed as a secondary therapy to complement other hair restoration treatments. It’s often recommended for those in the early stages of hair loss who wish to improve overall hair density.
Clinic-Based Procedure for Scalp Care
Low-Level Laser Light Therapy (LLLT) is a non-invasive treatment that emits red light at around 650 nm to stimulate cellular activity. Applied to the scalp, the energy triggers chemical signals that create a supportive environment for hair growth by:
A randomised, sham-controlled trial further supports this claim. The study demonstrated that low-level laser light devices were associated with noticeable improvements in subjects’ terminal hair density after 26 weeks of consistent use.
A number of factors contribute to hair growth — and LLLT influences this biological process in the following ways:
Improve delivery of
oxygen and nutrients
LLLT works to increase microcirculation around the hair follicles, which then improves the delivery of oxygen and nutrients needed for healthy follicular function.
Reduce inflammation that
disrupts growth
The red light energy penetrates the scalp and activates cellular energy, helping to reduce inflammation that may disrupt healthy hair growth.
Reactivation of
miniaturised or weakened
hair follicles
LLLT stimulates cellular activity within weakened hair follicles, encouraging them to re-enter the growth phase and helping to reverse the process of miniaturisation.
Support faster healing
after FUE hair transplant
and other procedures
LLLT may help support faster recovery following an FUE hair transplant by reducing inflammation, supporting blood circulation and promoting tissue repair.
A number of factors contribute to hair growth — and LLLT influences this biological process in the following ways:
Improves graft survival post hair transplantation
LLLT extends the growth phase of hair follicles, making it a preferred adjunctive treatment to support graft survival following hair transplantation.
Non-invasive and painless
Also known as cold laser, LLLT is a painless procedure that doesn’t feel hot. Patients may only feel a slight warmth or tingling sensation during the treatment.
No downtime
Due to the non-invasive and painless nature of LLLT, patients can safely return to their activities following the procedure.
Safe for men and women
LLLT for hair is safe for both men and women experiencing initial hair thinning and looking for a non-invasive therapy.
Reduces shedding
By supporting follicular function and scalp health, LLLT may help reduce hair shedding and slow the progression of hair thinning.
May improve hair thickness and density
The use of LLLT devices has shown positive outcomes for hair density in both men and women with androgenic alopecia.
Complements other hair restoration methods
LLLT delivers supportive stimulation to hair follicles when combined with other methods, such as Platelet Rich Plasma (PRP), Scalpboosters and medications or supplements.
A consultation is needed to assess suitability for LLLT and determine if patients fit into one of the following profiles:
Early to moderate thinning
LLLT provides a non-invasive and painless therapy that delivers targeted light energy to weakened or miniaturised hair follicles commonly seen in early to moderate hair thinning.
Male or female pattern hair loss
Male or female pattern hair loss typically develops gradually over time. LLLT may help slow its progression when introduced at an early stage by supporting follicular activity.
Patients looking for non-drug options
As a drug-free and painless option, LLLT may be considered by suitable individuals who prefer a non-medication approach.
Post-transplant patients
LLLT also makes a suitable method for individuals who prefer non-drug hair restorations, either due to sensitivity, allergies or personal choices.
Some patients may notice a temporary increase in shedding. This occurs as weaker, miniaturised hairs are released from the scalp, making way for stronger strands to grow. While this phase can feel concerning, it is a normal part of the process and usually settles on its own.
Around the three-month mark, early improvements usually begin to appear. Patients may notice that hair feels slightly thicker, stronger and healthier. Shedding often reduces, and the overall texture of the hair may improve.
Changes at this stage can be subtle. However, they are encouraging signs that follicular activity is increasing and the treatment is beginning to take effect.
By six months, results are generally more noticeable. Hair appears fuller, with improved density in previously thinning areas. Strands tend to look thicker and more resilient, and scalp coverage becomes more even.
Results continue to develop over time. Individual outcomes vary depending on factors such as the extent of hair thinning, overall scalp health and lifestyle habits.
At AURA, we commonly recommend LLLT as a supportive treatment for other hair restoration methods. It’s especially helpful for patients with the following conditions:
General hair thinning
Early onset of receding hairline
Stress-related shedding (telogen effluvium)
Female and male pattern hair loss (androgenic alopecia)
We typically perform LLLT as a supportive hair restoration treatment. This means we’ll likely combine it with other treatments to improve outcomes.
Additional treatments may vary from Regenera AMT, microneedling to medications or supplements. Consultation with our doctor is needed to evaluate your conditions, understand your goals and guide you through the right solutions.
Clinical studies have shown that the use of low-level laser light devices over 26 weeks was associated with improvements in terminal hair density. In a randomised trial involving 110 male patients, 86.1% experienced an increase of more than 5 hairs per cm².
Effects also become more noticeable when treatment is delivered at the appropriate irradiance and illumination time.
Still, results may vary between individuals. Those who are in later stages of hair loss, especially those with visible receding hairlines, may experience more limited results from LLLT.
LLLT is generally considered safe when delivered using appropriate devices and treatment parameters.
FDA-Cleared Devices
Several LLLT devices for hair growth are FDA-cleared, indicating that they have met safety standards for their intended use.
Minimal Side Effects
In published randomised, sham-controlled trials, LLLT devices were well tolerated, with no serious adverse events reported over 26-week treatment periods. Some patients may experience mild warmth or temporary scalp sensitivity.
No Systemic Medication Effects
As a non-pharmacological treatment, LLLT doesn’t involve systemic medication exposure, making it a suitable option for individuals who prefer drug-free approaches.
Following a hair transplant procedure, LLLT may be used as an adjunctive therapy to support recovery. By promoting cellular activity and supporting microcirculation, it may help create favourable conditions for graft retention.
LLLT also supports the hair growth cycle by encouraging follicles to remain in the growth phase, making it a useful adjunctive treatment following hair transplantation.
Clinical studies suggest that LLLT may improve hair density in suitable individuals, particularly in early-stage hair thinning. However, results vary, and it is not a standalone cure for advanced baldness.
LLLT typically requires consistent use over several months to observe potential improvements. For post-transplant patients, short-term use may support recovery, while ongoing maintenance may be recommended for sustained results.
No. LLLT is generally painless. Most patients report only mild warmth or tingling during treatment.
LLLT is well-tolerated by most patients, often only causing a slight warmth or tingling sensation that subsides soon after the treatment.
Yes, LLLT provides a non-invasive and drug-free option for women who are experiencing hair shedding. It’s particularly suitable for early female pattern hair loss and postpartum shedding.
While LLLT may help in the early stages of hair thinning, it’s unlikely to achieve the same results for receding hairlines. In such cases, a combination of medications and a hair transplant may be needed to restore the hairline.
Yes, maintenance is recommended to achieve the desired outcomes in hair growth. As with all things related to hair, there is no magic cure.
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