The best home laser hair removal for legs yag is a portable device which can be used at home. It is a very convenient way to get rid of unwanted body hair without pain and without visiting the beauty salon. The best home laser hair removal for legs yag is a device which uses the same technology as professional lasers but it is not so expensive as a professional one.
The best home laser hair removal for legs yag works by emitting light at a specific wavelength which targets melanin, the pigment that gives skin its color. The light damages the cells in the follicle and prevents them from growing back after being removed by the body’s natural processes.
Read on to learn more about Best Home Laser Hair Removal For Legs Yag, Best Home Laser Hair Removal For Legs Windsor
Best Home Laser Hair Removal For Legs Yag
Abstract
Objective To determine the safety and effectiveness of a long-pulsed Nd:YAG laser at 1064 nm in effecting long-term hair reduction in patients with darkly pigmented skin.
Design Nonrandomized before-after clinical and histological trial.
Setting Private practice, ambulatory care facility.
Patients Twenty women with skin phototypes IV through VI and dark brown to black terminal hair on the face, axillae, or legs.
Intervention A series of 3 long-pulsed (50-millisecond) 1064-nm Nd:YAG laser treatments at fluences ranging from 40 to 50 J/cm2 were delivered to the identified treatment areas on a monthly basis by a single operator.
Main Outcome Measures Global clinical grading scores of comparable before-after treatment photographs were determined by 2 independent medical assessors during each laser session and 1, 3, 6, and 12 months postoperatively. A dermatopathologist reviewed unmarked histological specimens obtained at baseline, immediately after the initial laser treatment, and at 1 and 6 months after the final laser session.
Results Substantial hair reduction was seen after each of the 3 treatment sessions. Prolonged hair loss was observed 12 months after the final laser treatment (70%-90% hair reduction). Axillary hair was substantially more responsive to laser irradiation than was hair located on the legs and face. Adverse effects included mild to moderate treatment pain and rare occurrences of vesiculation and transient pigmentary alteration without fibrosis or scarring. Histological tissue changes mirrored clinical response rates, with evidence of selective follicular injury without epidermal disruption.
Conclusion The long-pulsed 1064-nm Nd:YAG laser is a safe and effective method of long-term hair reduction in patients with darkly pigmented skin.
THE CLINICAL results achieved by laser hair-removal systems since 1995 constitute an impressive but essentially qualified success. The difficulty in permanently disrupting hair growth through laser irradiation results from the superlative ability for follicular self-repair and regeneration and from the varying anatomical locations, sizes, depths, and melanin concentrations of hair. Further complicating the process, it is not yet known which portion of the hair follicle is primarily responsible for hair growth and whether the integrity of the entire follicular epithelium is essential to the hair growth process. Because of these uncertainties, current laser hair-removal systems are designed to irradiate as much of the follicle as possible. Thus, only lasers emitting energy with wavelengths ranging from 630 to 1100 nm are potentially capable of irradiating the entire length of anagen hair follicles, which typically extend 2 to 5 mm into the dermis.
Although several dermatologic lasers meet the wavelength criteria for effecting selective follicular destruction, the treatment of darker skin phototypes is particularly problematic because follicular melanin serves as the intended chromophore for laser epilation. Thus, absorption of laser energy by the targeted hairs is compromised by an increased concentration of epidermal melanin in these patients. To reduce epidermal energy absorption relative to follicular absorption, longer-wavelength lasers are best used. The 1064-nm Nd:YAG laser can penetrate from 5 to 7 mm into the dermis, depths more than sufficient to reach the base of the bulb in most anatomical areas, and would thus be expected to produce sufficient follicular injury with less epidermal damage in patients with pigmented skin. It would also be anticipated that significantly fewer instances of crusting, vesiculation, dyspigmentation, and other adverse epidermal effects would occur with 1064-nm Nd:YAG laser irradiation. The purpose of this study was to determine the efficacy and safety profile of a long-pulsed (50-millisecond) 1064-nm Nd:YAG laser for hair reduction in patients with dark skin tones.
Twenty women (aged 21-39 years) with unwanted dark brown to black terminal hairs and skin phototypes IV to VI were included in the study after informed consent was obtained. Three consecutive, long-pulsed (50-millisecond) 1064-nm Nd:YAG laser treatments were delivered on a monthly basis to the involved treatment areas by a single operator (T.S.A.). Immediately before each treatment, hairs longer than 1 mm were shaved close to the skin using a safety razor. No topical cooling gel or anesthetic cream was used. A contact sapphire-tipped cooling device was used to protect the skin during laser irradiation with a rhomboid scanner that placed adjacent nonoverlapping 5-mm spots over the treatment area (Lyra; LaserScope, San Jose, Calif). Facial hair was treated with a mean fluence of 40 J/cm2 in 8 patients. A mean fluence of 50 J/cm2 was used to treat axillary hair in 8 patients, whereas a mean fluence of 45 J/cm2 was used on the legs in 4 patients (Table 1). Photographs using identical lighting, patient positioning, and camera equipment were obtained of all treatment sites before each of the 3 treatment sessions and at 1, 3, 6, and 12 months after the final treatment.
Global clinical evaluations of hair loss and extent of hair regrowth using side-by-side comparison photographs were performed by 2 independent medical assessors at each visit with the use of the following hair reduction grading system: 0 indicates less than 25%; 1, 25% to 50%; 2, 51% to 75%; 3, 76% to 90%; and 4, greater than 90%. Subjective patient reports and adverse effects were also recorded at each follow-up visit.
Three-millimeter skin punch biopsy specimens were taken from within each of the 3 different treatment areas (face, axilla, and leg) at baseline, immediately after laser irradiation, and 1 and 6 months after the final laser treatment in 3 patients. Histological evaluations were performed by a board-certified dermatopathologist unaware of the study protocol (C.M.W.).
A marked reduction in hair regrowth was noted after each of the 3 treatment sessions and persisted for 12 months after the final treatment in all body locations studied. Clinical hair reduction scores on the face averaged 1.8 after 1 treatment, 2.3 after 2 treatments, 2.9 after 3 treatments, and 3.1, 2.5, and 2.3 at 3, 6, and 12 months, respectively, after the third treatment. Hair on the legs was slightly more responsive, with clinical hair reduction scores of 2.0, 3.2, and 3.5 at 1 month after each of the 3 treatments, and 3.3, 3.0, and 2.9 at 3, 6, and 12 months, respectively, after the final laser session. Axillary hair demonstrated the most impressive hair reduction scores, averaging 2.8 after 1 treatment, 3.6 after 2 treatments, and 4.0 at 1 and 3 months, 3.8 at 6 months, and 3.5 at 12 months after the third treatment
Adverse effects (calculated from all 60 treatment sessions) were limited to mild to moderate treatment pain in 90% of treatment sites, transient pigmentary alteration in 5% (exposed facial or leg areas only; average duration, 4 weeks), and vesiculation in 1.5%. Fibrosis and scarring were not seen in any treatment site as a result of laser irradiation.
Histological changes mirrored clinical response rates, with evidence of selective follicular injury without epidermal disruption. Destruction of large terminal hair follicles was evident with minimal inflammation, reduced numbers of hair shafts, and preservation of pilosebaceous glands at 6 months after the series of 3 laser treatments. Comment
Laser hair-removal systems are typically grouped into the following 3 categories on the basis of the type of laser or light source each uses: red-light systems (694-nm ruby), infrared-light systems (755-nm alexandrite, 800-nm diode, and 1064-nm Nd:YAG), and intense pulsed-light sources (590- to 1200-nm). Although technological advances of laser-assisted hair removal during the past 5 years have been highly gratifying, the rapidity of development has not been entirely without drawbacks. Specifically, none of the systems are able to produce consistent, absolutely predictable results, as follicular responses to laser irradiation vary considerably from patient to patient, from one anatomical site to another, and from one treatment time to another for any given individual. Compared with other cutaneous organelles, hair follicles represent a unique challenge for implementation of the theory of selective photothermolysis, based largely on the fact that it remains unclear which portion of the follicle is the preferred target to effect hair destruction. Despite this monumental obstacle, most of the available lasers and intense light sources can achieve a marked delay in the regrowth of unwanted hair (typically 3-9 months), although longer delays have been observed.1–11 In addition, laser-assisted hair removal is associated with low treatment discomfort, and large body areas can be treated expeditiously, since follicles need not be targeted individually (as is the case with electrolysis).12,13 Paramount to the success and acceptability of lasers for epilation has been the substantial safety margin afforded by most systems, with transient and mild adverse effects being normal.14
Ideal candidates for laser-assisted hair removal have traditionally included those individuals with pale skin 2tones and dark terminal hair. The relatively high concentration of melanin in hair follicles compared with the epidermis in these patients ensures a high level of efficacy and target-specific energy absorption when pigment-specific lasers are used. In patients with dark skin tones, however, epidermal energy absorption cannot be entirely avoided using any of the aforementioned systems. Thus, the rate of adverse effects is apt to be higher in these patients, leading to the reluctance of many practitioners to avoid treatment of ethnic skin, despite the fact that unwanted hair in these patients tends to be darker, thicker, and more cosmetically conspicuous.
The Nd:YAG laser has been of particular interest in the field of laser-assisted hair removal because of its early introduction (in a short-pulsed or Q-switched mode)4,15,16 and its known high safety profile.14 This latter attribute is particularly important when individuals with darker skin tones seek treatment. Previous reports of long-pulsed Nd:YAG laser treatment in patients with dark skin phototypes have been limited by their short postoperative evaluations and/or limited treatment sessions but have substantiated its use in these individuals, nonetheless.17,18 Not surprisingly, the longer-pulse (millisecond) Nd:YAG system has been shown to be more effective in safely removing hair than has the Q-switched (nanosecond) Nd:YAG system, given its closer approximation to the target hair follicle’s thermal relaxation time.19 It is likely that with equivalent fluences, shorter-pulse red and infrared laser systems can also permanently destroy hair follicles, albeit at the expense of the epidermis. The use of lasers with longer pulse durations (≤200 milliseconds) permit safe application of higher fluences to patients with darker skin tones, effectively heating the inner and outer root sheaths and the germinative zone without disrupting epidermal melanosomes (which typically respond to short [1-millisecond] pulses).20 Selective bulb and stem cell damage can thus be achieved with pulse durations much greater than the relaxation times of follicles (10-100 milliseconds).
The results of our study support the safe and effective use of the long-pulsed 1064-nm Nd:YAG laser for long-term epilation in darkly pigmented patients. They also provide information about variations in clinical response at different body locations. Specifically, areas characterized by thinner skin (eg, axillae) were more responsive to laser treatment than those with thicker skin (eg, chin and legs), suggesting that skin thickness rather than hair growth cycle influences clinical outcomes. With thick skin, it may become difficult to achieve adequate penetration of energy deep into the follicle. Body location was further highlighted as an important consideration, as transient pigmentary alteration and vesiculation were limited to areas more prone to sun exposure (eg, face and legs, rather than axillae).
Long-pulsed (50-millisecond) 1064-nm Nd:YAG laser irradiation can achieve rates of hair reduction equivalent to those of other long-pulsed red and infrared laser and intense pulsed-light systems. In addition, the use of a long-pulsed Nd:YAG laser at high fluences can effectively treat patients with darker skin tones while producing few adverse posttreatment sequelae. Sun-protected and thinner axillary skin showed greater clinical response to and fewer adverse effects of laser treatment than did sun-exposed facial and leg skin.
Best Laser Hair Removal Machine Professional
The best laser hair removal machine professional is a powerful device that can be used for the removal of unwanted hair.
There are several brands and types of laser hair removal machines available in the market. However, only a few of them are considered to be the best laser hair removal machine professional.
The key features that define a good laser hair removal machine are:
Powerful: These devices need to have enough power to remove even the thickest beard or moustache. They should also be able to produce a high-quality beam that will target the hair follicles with precision.
Safety: The best laser hair removal machine should have an ergonomic design and be made with safe materials so that you don’t get hurt during use. It should also allow you to control it easily without having to worry about getting burned by hot areas on its surface or parts that may be misaligned with others.
Ease of Use: It should not take long for you to complete your treatment at home because it needs to be easy and hassle-free for you to use, especially if you have never used such type of equipment before but want to get rid of unwanted facial hairs fast.
Laser hair removal machine is a non-surgical method of hair removal, which utilizes laser light energy to cut off the hair follicle roots. It does not harm the skin, since no surgery is required.
The process of laser hair removal involves three steps:
1) A consultation with a licensed professional who will explain the treatment process and answer any questions you may have about the procedure.
2) A treatment area is prepped with a topical anesthetic solution to reduce pain during treatment. The numbing cream will be applied to your skin using a special applicator wand. You will feel comfortable during this step because it only takes thirty seconds or less before you are able to move around without discomfort.
3) The technician puts on his sterile gloves and applies the laser device over your skin for about five minutes or until the area has been thoroughly covered by your hair follicles. Once this has been done, he will remove any excess gel from your skin with gauze pads and follow-up with cool water until all gel has been removed from your skin.
Best Home Laser Hair Removal For Legs Windsor
When it comes to laser hair removal treatments, there are many procedures designed to help you look and feel your best. These treatments range from minimally invasive surfacing to more complicated surgeries. One of the most popular minimally invasive cosmetic procedures that more people are seeking out today is laser hair removal.
Women and men alike have been combating unwanted body hair for centuries. Traditional solutions to this problem include shaving, waxing, and depilatory creams. All of these answers to body hair removal involve frequent upkeep, and sometimes have side effects such as rashes or irritation, particularly for people with sensitive skin.
With laser treatment for hair removal, there are few side effects and virtually no upkeep following the procedure. This translates to maintenance-free improvement for your skin, allowing you to look and feel better for years with minimal effort.
The benefits of laser hair removal
There are many benefits when you opt for a laser procedure to target unwanted body hair. Here are the main advantages of this procedure:
It’s fast. Laser removal gives you a quick solution for getting rid of body hair, no matter which areas you want to target. While you’ll typically need to have more than one session, each removal session lasts only a few minutes, moving you quickly toward a state of permanent hair removal.
It’s highly targeted. With the extreme precision of laser technology, you can remove any unwanted hair, from large areas such as the lower legs to small targets such as a few pesky hairs on the upper lip or chin. No more tweezing individual hairs, or trying to use a razor on uncooperative surfaces!
It’s less painful. Shaving, tweezing, and particularly waxing can cause distressing discomfort, especially when you’re trying to remove hair from sensitive areas. With laser removal, there is only a small, brief amount of discomfort — that is far less painful than waxing — and the sessions last only a few minutes, so the discomfort is over quickly.
It stops ingrown hairs. Ingrown hairs can be an issue for many people. Shaving in particular causes this uncomfortable, unsightly problem, but tweezing and waxing can also result in painful bumps that are often prone to infection. With laser removal, there is no risk of suffering ingrown hairs, because the follicles are permanently destroyed.
It’s effective for the long term. Unlike other hair removal methods, laser treatment is designed to be as close to permanent as possible. Many people see a complete halt to hair regrowth with laser removal. Even at the least effective, you’ll experience a permanent reduction in growth and far easier hair removal maintenance over time.
Where can you have hair removal done with lasers?
There are many areas of the body that can benefit from permanent hair removal. The most common treatment areas for laser removal include:
- Armpits
- Legs
- Bikini line
- Upper lip and chin
While these areas are popular targets for hair removal, the laser procedure is effective at treating unwanted hair virtually anywhere on the body, with the exception of eyelids and the delicate surrounding areas of the eyes.
What happens during the hair removal procedure?
This procedure involves concentrated energy in the form of a laser light that is applied with a device — in our case, a professional quality M22 IPL laser machine. Our certified hair removal technician places the device against your skin at the desired areas, and light pulses from the machine target hairs and follicles to destroy hairs at the root. This keeps unwanted hair from regrowing.
During the process, you will see brief flashes of light from the laser. You may experience mild discomfort, with a snapping sensation that feels similar to a rubber band being flicked against your skin. As the laser can target only a small area at a time, laser removal is typically applied over several sessions, to ensure that all unwanted hairs are eradicated.
How safe is this process?
Hair removal using lasers is a low-risk procedure with few side effects for most people. Due to the heat involved in the process, there is a slight chance of a painful or burning sensation following the procedure. We minimize this risk by using professional equipment with built-in cooling systems to ensure reduced discomfort and faster healing. For some more sensitive skin types, our technicians may also recommend icing the area and using a topical anesthetic following the procedure.
Laser hair removal Windsor Ontario prices
Permanent hair removal is surprisingly affordable, especially when you take advantage of our special holiday deal! For a limited time, when you purchase $85 in gift cards, we’ll give you another $15 free — you’ll receive a $100 gift card for just $85. Treat yourself this holiday season, or give someone you love the gift of freedom from shaving, waxing, and tweezing with results you’ll love.