We’re excited to hear from you!
SCHEDULE A FREE CONSULTATION
GENERAL ENQUIRES
Call us
7 Days a Week
0208 135 6968
What's App
7 Days a Week
07818 383 033
Web-Chat
Available Now
Email
12 hour Response
hello@medicalphysics.institute
Our Science is Different
Call - Text - Email
7days a Week
07541 425 257
hello@medicalphysics.institute
Book a Free Consult
Using our Online Booking Tool
Web-Chat
Available Now
Our Science is Different
Can You Go Back to Waxing After Laser Hair Removal?
Laser hair removal changes the way your body grows hair. Once you start, it’s natural to wonder if you can go back to waxing after your laser therapy. Waxing may have been part of your routine before, but after laser therapy, the relationship between hair, skin, and removal methods becomes more nuanced.
Unlike temporary solutions, laser treatments work by targeting the hair follicle itself, gradually weakening its ability to grow new strands. This raises an important question: can the follicle still respond to waxing in the same way? And if so, does it affect the results you have already achieved?
Going back to waxing depends on how your skin has healed, how the follicles have responded, and whether the benefits of lasers are still active.
Key Takeaways
Laser hair removal works by targeting the melanin in hair follicles with concentrated light energy. This light is absorbed by the pigment and converted into heat, which disrupts the follicle’s ability to produce new hair.
The response to this process can vary depending on factors such as skin type, hair density, and the laser device used. While results differ from person to person, most begin to notice changes in hair texture, growth rate, and density within a few sessions.
One of the first visible effects after a laser session is hair shedding. This is often mistaken for regrowth, but it actually signals that the follicle has been successfully targeted. Treated hairs are pushed out over a period of one to three weeks following the session. During this time, it may seem like hair is returning, but active follicles no longer anchor these strands.
In contrast, true regrowth happens when a follicle remains functional and resumes its natural cycle. Hair that regrows after laser treatment tends to be finer, lighter, and slower to appear.
According to clinical data, consistent treatments can reduce hair growth by up to 90% over time. This gradual shift in hair behaviour forms the basis for long-term reduction rather than instant removal.
With repeated laser therapy sessions, the laser’s thermal energy weakens the follicle’s internal structure. The hair bulb, which is responsible for generating new hair, becomes less active. In many cases, this leads to miniaturisation, where the follicle produces finer, softer hairs that are less visible. Some follicles may eventually stop producing hair altogether.
Over time, this biological shift alters the skin’s response to other forms of hair removal. Waxing, which relies on extracting hair from the root, may become less effective if the follicle no longer holds a mature hair shaft.
This change is especially noticeable in areas that have responded well to laser therapy. In such cases, the skin may appear smoother for longer periods, and regrowth may not follow a consistent pattern.
The safety of waxing after laser hair removal depends on several factors, including the skin's condition, the stage of follicular recovery, and the time elapsed since the last session. While waxing is not strictly unsafe, its timing and effect on the skin require careful consideration.
Once the area has healed fully and hair growth becomes less responsive to the laser, waxing may be reintroduced. However, the reduced thickness and density of post-laser hair can affect how effective waxing is compared to earlier routines.
Laser and waxing work in fundamentally different ways. Laser therapy uses concentrated light to target melanin in the follicle, weakening its ability to regrow hair. Waxing removes the entire hair shaft from the root, mechanically disrupting the follicle. When both methods are used together without proper intervals, they can interfere with each other’s effects.
The timing of each method is critical. Laser is most effective during the anagen phase when the hair is actively growing and melanin-rich. If the hair has already been removed by waxing, the laser has little or no target.
This can lower the effectiveness of treatment and delay visible results, making it crucial to avoid waxing during the hair growth cycle. In some cases, it may also create inconsistent hair patterns across the treated area.
Here are a few primary risks associated with combining laser and waxing during the treatment phase:
While the two methods can be used over a lifetime, they are often most effective when applied separately or with adequate spacing to ensure optimal results.
In most clinical settings, a minimum waiting period of two to three weeks is advised before any form of manual hair removal is considered. This allows the shedding phase to complete and gives the epidermis time to return to baseline, promoting better hair reduction.
The condition of the skin is a crucial factor in deciding whether to wax again. If the area still shows signs of erythema, dryness, or heightened sensitivity, it may indicate that the skin has not yet fully healed. Applying wax to such areas may increase the likelihood of irritation or pigmentary shifts, especially in individuals with medium to darker skin tones.
Hair behaviour after laser also affects the timing. Because follicles are weakened and hair density decreases with each session, it may take longer for enough regrowth to occur for waxing to be effective. Hair regrowth can be delayed by several weeks after just three laser sessions, often resulting in thinner, less pigmented strands that may not respond to waxing in the same way.
Spacing is also important if ongoing laser sessions are planned. Waxing between treatments can remove the very hair that the laser needs to target, particularly during the active anagen phase of hair growth. For this reason, many dermatologists recommend continuing with shaving during the treatment cycle and only considering a waxing session after the full course is complete.
Waiting until both the skin and hair show signs of stability helps support safer outcomes. Once recovery is complete, and if the laser is no longer in use, waxing may become a feasible option again.
Once laser treatment has begun, selecting hair removal methods that protect the skin and preserve treatment outcomes becomes important. Waxing, while familiar, may not always be the best option during or shortly after laser therapy.
Other techniques offer smoother results without disrupting the follicular response to the laser. These alternatives tend to be less invasive, better tolerated by sensitive skin, and more compatible with the effects of ongoing laser treatment.
Shaving remains one of the most commonly recommended alternatives to waxing after laser. It removes hair at the surface without disturbing the root or damaging the follicle. This makes it suitable both between sessions and after the treatment cycle is complete.
Because the laser relies on active follicles to absorb light energy, shaving between laser sessions allows those follicles to remain intact and responsive to further treatment. The skin experiences minimal mechanical stress, and the risk of inflammation or pigmentation changes is significantly lower compared to waxing.
Trimming offers another low-impact approach to managing hair during the post-laser period. Electric trimmers or scissors remove excess length without pulling the hair from the root. This method is often preferred for sensitive areas or when shaving can cause dryness or irritation.
While trimming does not leave the skin completely smooth, it helps maintain a neat appearance without interfering with follicular healing. It is particularly useful when hair is growing back unevenly, a common occurrence after the early sessions of laser therapy.
Depilatory creams dissolve hair at the skin’s surface using mild chemical agents. These products can be used after the laser, but only once the skin has fully recovered. Application on recently treated or inflamed skin may increase the chance of chemical irritation.
A patch test is often advised prior to full use, especially on areas that have undergone repeated laser exposure. When used appropriately, depilatory creams offer a temporary solution that avoids the root-level disruption caused by waxing or epilation.
In some cases, the best alternative may involve doing nothing at all. Post-laser hair shedding typically begins within a few days and continues for several weeks. During this phase, attempting to remove hair manually can interfere with the skin's natural rhythm and lead to irritation.
Allowing the body to complete this process unassisted can result in smoother outcomes and reduced sensitivity. It also provides time to observe how the hair is responding to treatment before introducing additional removal methods.
Returning to waxing after laser hair removal is not always a simple switch. The skin and follicles respond differently after laser treatment, and each method interacts with the body in its own way. Timing, recovery, and long-term results all play a role in how the skin reacts to future hair removal choices, especially after a laser hair removal session.
While waxing may remain an option for some, understanding the science behind these treatments can help guide safer and more effective decisions. For those exploring post-laser care, ongoing treatment plans, or other hair removal options, further reading can offer deeper insights into what works best for individual skin and hair types.
The Institute of Medical Physics, founded by Dr. Emanuel Paleco, is a premier medical laboratory specialising in Medical and Aesthetic Laser Science. With a flagship clinic in King’s Cross and additional locations in North London and Essex, the Institute is at the forefront of laser science innovation.
Experience advanced laser science and innovative medical treatments. Book a consultation with Dr. Emanuel Paleco and his expert team at the Institute of Medical Physics.
Hair that regrows after stopping laser treatments is often finer and lighter in texture. Returning to waxing does not cause the hair to grow back thicker, but it may appear denser over time if the follicles recover.
Areas with thinner skin, such as the upper lip, underarms, or bikini line, maybe more reactive post-laser. These zones often require longer recovery periods before waxing can be safely considered.
Yes, individuals with sensitive or darker skin types may experience prolonged post-laser sensitivity and a higher risk of hyperpigmentation. This can affect how quickly the skin tolerates waxing again.
Signs of active follicles include consistent regrowth, uniform hair texture, and visible hair emerging during the anagen phase. A slower or uneven return may indicate partial follicular damage.
Can You Go Back to Waxing After Laser Hair Removal?
Laser hair removal changes the way your body grows hair. Once you start, it’s natural to wonder if you can go back to waxing after your laser therapy. Waxing may have been part of your routine before, but after laser therapy, the relationship between hair, skin, and removal methods becomes more nuanced.
Unlike temporary solutions, laser treatments work by targeting the hair follicle itself, gradually weakening its ability to grow new strands. This raises an important question: can the follicle still respond to waxing in the same way? And if so, does it affect the results you have already achieved?
Going back to waxing depends on how your skin has healed, how the follicles have responded, and whether the benefits of lasers are still active.
Key Takeaways
Laser hair removal works by targeting the melanin in hair follicles with concentrated light energy. This light is absorbed by the pigment and converted into heat, which disrupts the follicle’s ability to produce new hair.
The response to this process can vary depending on factors such as skin type, hair density, and the laser device used. While results differ from person to person, most begin to notice changes in hair texture, growth rate, and density within a few sessions.
One of the first visible effects after a laser session is hair shedding. This is often mistaken for regrowth, but it actually signals that the follicle has been successfully targeted. Treated hairs are pushed out over a period of one to three weeks following the session. During this time, it may seem like hair is returning, but active follicles no longer anchor these strands.
In contrast, true regrowth happens when a follicle remains functional and resumes its natural cycle. Hair that regrows after laser treatment tends to be finer, lighter, and slower to appear.
According to clinical data, consistent treatments can reduce hair growth by up to 90% over time. This gradual shift in hair behaviour forms the basis for long-term reduction rather than instant removal.
With repeated laser therapy sessions, the laser’s thermal energy weakens the follicle’s internal structure. The hair bulb, which is responsible for generating new hair, becomes less active. In many cases, this leads to miniaturisation, where the follicle produces finer, softer hairs that are less visible. Some follicles may eventually stop producing hair altogether.
Over time, this biological shift alters the skin’s response to other forms of hair removal. Waxing, which relies on extracting hair from the root, may become less effective if the follicle no longer holds a mature hair shaft.
This change is especially noticeable in areas that have responded well to laser therapy. In such cases, the skin may appear smoother for longer periods, and regrowth may not follow a consistent pattern.
The safety of waxing after laser hair removal depends on several factors, including the skin's condition, the stage of follicular recovery, and the time elapsed since the last session. While waxing is not strictly unsafe, its timing and effect on the skin require careful consideration.
Once the area has healed fully and hair growth becomes less responsive to the laser, waxing may be reintroduced. However, the reduced thickness and density of post-laser hair can affect how effective waxing is compared to earlier routines.
Laser and waxing work in fundamentally different ways. Laser therapy uses concentrated light to target melanin in the follicle, weakening its ability to regrow hair. Waxing removes the entire hair shaft from the root, mechanically disrupting the follicle. When both methods are used together without proper intervals, they can interfere with each other’s effects.
The timing of each method is critical. Laser is most effective during the anagen phase when the hair is actively growing and melanin-rich. If the hair has already been removed by waxing, the laser has little or no target.
This can lower the effectiveness of treatment and delay visible results, making it crucial to avoid waxing during the hair growth cycle. In some cases, it may also create inconsistent hair patterns across the treated area.
Here are a few primary risks associated with combining laser and waxing during the treatment phase:
While the two methods can be used over a lifetime, they are often most effective when applied separately or with adequate spacing to ensure optimal results.
In most clinical settings, a minimum waiting period of two to three weeks is advised before any form of manual hair removal is considered. This allows the shedding phase to complete and gives the epidermis time to return to baseline, promoting better hair reduction.
The condition of the skin is a crucial factor in deciding whether to wax again. If the area still shows signs of erythema, dryness, or heightened sensitivity, it may indicate that the skin has not yet fully healed. Applying wax to such areas may increase the likelihood of irritation or pigmentary shifts, especially in individuals with medium to darker skin tones.
Hair behaviour after laser also affects the timing. Because follicles are weakened and hair density decreases with each session, it may take longer for enough regrowth to occur for waxing to be effective. Hair regrowth can be delayed by several weeks after just three laser sessions, often resulting in thinner, less pigmented strands that may not respond to waxing in the same way.
Spacing is also important if ongoing laser sessions are planned. Waxing between treatments can remove the very hair that the laser needs to target, particularly during the active anagen phase of hair growth. For this reason, many dermatologists recommend continuing with shaving during the treatment cycle and only considering a waxing session after the full course is complete.
Waiting until both the skin and hair show signs of stability helps support safer outcomes. Once recovery is complete, and if the laser is no longer in use, waxing may become a feasible option again.
Once laser treatment has begun, selecting hair removal methods that protect the skin and preserve treatment outcomes becomes important. Waxing, while familiar, may not always be the best option during or shortly after laser therapy.
Other techniques offer smoother results without disrupting the follicular response to the laser. These alternatives tend to be less invasive, better tolerated by sensitive skin, and more compatible with the effects of ongoing laser treatment.
Shaving remains one of the most commonly recommended alternatives to waxing after laser. It removes hair at the surface without disturbing the root or damaging the follicle. This makes it suitable both between sessions and after the treatment cycle is complete.
Because the laser relies on active follicles to absorb light energy, shaving between laser sessions allows those follicles to remain intact and responsive to further treatment. The skin experiences minimal mechanical stress, and the risk of inflammation or pigmentation changes is significantly lower compared to waxing.
Trimming offers another low-impact approach to managing hair during the post-laser period. Electric trimmers or scissors remove excess length without pulling the hair from the root. This method is often preferred for sensitive areas or when shaving can cause dryness or irritation.
While trimming does not leave the skin completely smooth, it helps maintain a neat appearance without interfering with follicular healing. It is particularly useful when hair is growing back unevenly, a common occurrence after the early sessions of laser therapy.
Depilatory creams dissolve hair at the skin’s surface using mild chemical agents. These products can be used after the laser, but only once the skin has fully recovered. Application on recently treated or inflamed skin may increase the chance of chemical irritation.
A patch test is often advised prior to full use, especially on areas that have undergone repeated laser exposure. When used appropriately, depilatory creams offer a temporary solution that avoids the root-level disruption caused by waxing or epilation.
In some cases, the best alternative may involve doing nothing at all. Post-laser hair shedding typically begins within a few days and continues for several weeks. During this phase, attempting to remove hair manually can interfere with the skin's natural rhythm and lead to irritation.
Allowing the body to complete this process unassisted can result in smoother outcomes and reduced sensitivity. It also provides time to observe how the hair is responding to treatment before introducing additional removal methods.
Returning to waxing after laser hair removal is not always a simple switch. The skin and follicles respond differently after laser treatment, and each method interacts with the body in its own way. Timing, recovery, and long-term results all play a role in how the skin reacts to future hair removal choices, especially after a laser hair removal session.
While waxing may remain an option for some, understanding the science behind these treatments can help guide safer and more effective decisions. For those exploring post-laser care, ongoing treatment plans, or other hair removal options, further reading can offer deeper insights into what works best for individual skin and hair types.
The Institute of Medical Physics, founded by Dr. Emanuel Paleco, is a premier medical laboratory specialising in Medical and Aesthetic Laser Science. With a flagship clinic in King’s Cross and additional locations in North London and Essex, the Institute is at the forefront of laser science innovation.
Experience advanced laser science and innovative medical treatments. Book a consultation with Dr. Emanuel Paleco and his expert team at the Institute of Medical Physics.
Hair that regrows after stopping laser treatments is often finer and lighter in texture. Returning to waxing does not cause the hair to grow back thicker, but it may appear denser over time if the follicles recover.
Areas with thinner skin, such as the upper lip, underarms, or bikini line, maybe more reactive post-laser. These zones often require longer recovery periods before waxing can be safely considered.
Yes, individuals with sensitive or darker skin types may experience prolonged post-laser sensitivity and a higher risk of hyperpigmentation. This can affect how quickly the skin tolerates waxing again.
Signs of active follicles include consistent regrowth, uniform hair texture, and visible hair emerging during the anagen phase. A slower or uneven return may indicate partial follicular damage.
By -
Harriet Moxon, RN
July 15, 2025