Laser hair removal is a cosmetic procedure that uses a powerful laser or intense pulsed light (IPL) to remove unwanted hair. This light source heats and destroys hair follicles in the skin, which disrupts hair growth. Common areas to treat are the face, chest, legs, arms, underarms and bikini line. It can be helpful for women with excessive hair growth (hirsutism),
Is laser used in cosmetic surgery?
How does laser skin resurfacing work? – It’s all about using beams of light. Your surgeon uses the laser to send short, concentrated pulsating beams of light at irregular skin. This removes unwanted, damaged skin in a very precise manner one layer at a time.
Laser skin resurfacing’s targeted approach means there are fewer problems with hypopigmentation, or a lightening of skin, for procedures such as laser acne scar removal. The laser beam used in laser resurfacing will remove your outer layer of skin, called the epidermis. It simultaneously heats the underlying skin, called the dermis.
This action works to stimulate growth of new collagen fibers. As the treated area heals, the new skin that forms is smoother and firmer. : Laser Skin Resurfacing
Is laser hair removal one of the most commonly done cosmetic procedures?
Laser Hair Removal: Benefits, Side Effects, and Cost Reviewed by on July 26, 2021 If you’re not happy with shaving, tweezing, or waxing to remove unwanted, may be an option worth considering. Laser hair removal is one of the most commonly done cosmetic procedures in the U.S. It beams highly concentrated light into follicles.
Pigment in the follicles absorb the light. That destroys the hair. Lasers are useful for removing unwanted hair from the face, leg, chin, back, arm, underarm, bikini line, and other areas. Benefits of laser hair removal include: Precision. Lasers can selectively target dark, coarse hairs while leaving the surrounding undamaged.
Speed. Each pulse of the laser takes a fraction of a second and can treat many hairs at the same time. The laser can treat an area approximately the size of a quarter every second. Small areas such as the upper lip can be treated in less than a minute, and large areas, such as the back or legs, may take up to an hour.
- Most patients have permanent after an average of three to seven sessions.
- Laser hair removal is more than just ”zapping” unwanted hair.
- It is a medical procedure that requires training to perform and carries potential risks.
- Before getting laser hair removal, you should thoroughly check the credentials of the doctor or technician performing the procedure.
If you are planning on undergoing laser hair removal, you should limit plucking, waxing, and electrolysis for six weeks before treatment. That’s because the laser targets the hairs’ roots, which are temporarily removed by waxing or plucking. You should also avoid sun exposure for six weeks before and after treatment.
- Sun exposure makes laser hair removal less effective and makes complications after treatment more likely.
- Just before the procedure, your hair that will be undergoing treatment will be trimmed to a few millimeters above the surface.
- Usually topical numbing medicine is applied 20- 30 minutes before the laser procedure, to help with the sting of the laser pulses.The laser equipment will be adjusted according to the color, thickness, and location of your hair being treated as well as your skin color.
Depending on the laser or light source used, you and the technician will need to wear appropriate protection. It will also be necessary to protect the outer layers of your skin with a cold gel or special cooling device. This will help the laser light penetrate the skin.
Next, the technician will give a pulse of light to the treatment area and watch the area for several minutes to make sure the best settings were used and to check for bad reactions. When the procedure is completed, you may be given ice packs, anti-inflammatory creams or lotions, or cold water to ease any discomfort.
You may schedule your next treatment four to six weeks later. You’ll get treatments until hair stops growing. For a day or two afterward, the treated area of your skin will look and feel like it’s sunburned. Cool compresses and moisturizers may help. If your face was treated, you can wear the next day unless your skin is blistering.
Over the next month, your treated hair will fall out. Wear for the following month to help prevent temporary changes in the color of the treated skin. are rare but are more likely in people with darker complexions. Other potential side effects are swelling, redness, and scarring. Permanent scarring or changes in skin color are rare.
According to the American Society of Plastic Surgeons, the average cost for laser hair removal was $389 per session in 2020. The cost varies widely, depending on factors that include:
Size of the area being treated and time required for treatmentNumber of treatments requiredWhether a doctor or someone else is performing the procedureThe part of the country where you are having the procedure
Ask for a consultation to get a better idea of the cost for your particular case. © 2021 WebMD, LLC. All rights reserved. : Laser Hair Removal: Benefits, Side Effects, and Cost
Is it Haram to get laser hair removal?
Conclusion: Laser Hair Removal is permissible, Unless it is Proven to be Harmful. – The Standing Committee for Scholarly Research and Fatwa has provided guidance on the permissibility of hair removal in Islam. It is noted that a woman can remove hair from all parts of her body except for her eyebrows and the hair on her head.
- It is not permissible for her to remove anything from the eyebrows, whether by shaving or any other means.
- This guidance is based on the Islamic principle of avoiding altering the natural creation of Allah.
- However, it is important to note that hair on some body parts is supposed to be eliminated for hygiene and cleanliness concerns.
For this reason, laser hair removal is actually allowed in Islam. Laser hair removal is a medical procedure that uses a laser to remove unwanted hair, As long as the procedure is done for hygiene or medical reasons, it is considered permissible in Islam.
- It is essential to verify the attribution of fatwas to their authors before spreading or announcing them.
- This is important in everything that one attributes to someone else.
- As stated in the Quran, “And do not pursue that of which you have no knowledge.
- Indeed, the hearing, the sight and the heart – about all those will be questioned” ( Surah Al-Isra, verse 36 ).
Therefore, Muslims are expected to seek guidance from reliable and reputable religious authorities before making decisions regarding hair removal or any other aspect of their lives.
Is laser hair removal a clinical procedure?
Overview – Laser hair removal is a medical procedure that uses a concentrated beam of light (laser) to remove unwanted hair. During laser hair removal, a laser emits a light that is absorbed by the pigment (melanin) in the hair. The light energy is converted to heat, which damages the tube-shaped sacs within the skin (hair follicles) that produce hairs.
This damage inhibits or delays future hair growth. Although laser hair removal effectively delays hair growth for long periods, it usually doesn’t result in permanent hair removal. Multiple laser hair removal treatments are needed for initial hair removal, and maintenance treatments might be needed as well.
Laser hair removal is most effective for people who have light skin and dark hair, but it can be successfully used on all skin types.
What classification is surgical laser?
- Hospitals : Surgical Suite – Laser Hazards
Employees are exposed to lasers used in healthcare facilities during diagnostic, cosmetic, preventive, and therapeutic applications, including surgical applications. Lasers used in these applications are incorporated into an apparatus, which includes:
- A delivery system to direct the output of the laser,
- A power supply with laser control and calibration functions,
- Mechanical housing with interlocks, and
- Associated liquids and gases if required for the operation of the laser.
When lasers are present in a healthcare environment, professionals must be prepared to address safety issues for both the staff and patient. Safe use of these systems requires an understanding of the engineering, training, and administrative requirements for all elements of a healthcare system as well as the risks associated with use of lasers.
- All medical lasers are regulated, and federal regulations require manufacturers to classify the medical laser system based primarily on its ability to cause damage to the eye and skin.
- This classification must be indicated on the laser system’s label ranging from Class 1 (no hazard) to Class 4 (serious hazard).
Nearly all treatment laser products used in surgery are Class 4 as they are designed to deliver laser radiation for the purpose of altering biological tissue. Hazards
- Severe eye injuries from direct or reflected laser beams. For more information, please see Laser Effects and the Human Eye,
- Skin burns from the direct beam of surgical lasers when misdirected.
- Respiratory hazards when breathing, 500);” role=”button” title=”laser-generated airborne contaminants (LGAC)”>laser-generated airborne contaminants (LGAC),
The following provides information regarding the use of lasers: The Food and Drug Administration regulates all medical lasers under regulations issued under the Medical Device Amendments of 1976 to the Food, Drug, and Cosmetics Act, and the Performance Standards for Light Emitting Products, Federal regulations require manufacturers to classify medical laser systems based primarily on their ability to cause damage to the eye and skin.
- This classification must be indicated on the laser system’s label.
- In addition, the American National Standard Institute (ANSI) Z136 series of laser safety standards covers lasers in medical settings, and provides guidance for the safe use of lasers for diagnostic, cosmetic, preventive and therapeutic applications in healthcare facilities through ANSI Z136.3 (2011) – Safe Use of Lasers in Health Care,
ANSI assigns the following classes to lasers: Class 1 A Class 1 laser system is considered to be incapable of producing damaging radiation levels during normal operation, and is exempt from any control measures or other forms of surveillance. Although some Class 1 lasers emit very weak, non-hazardous beams, most Class 1 laser systems incorporate “embedded” higher-power lasers, which can be accessed only if important safety features such as interlocks are defeated or deliberately bypassed as is sometimes done during servicing.
In this case, the system temporarily reverts back to the original laser classification (requiring special safety procedures). NOTE: Products which have been previously classified as Class 2a should be treated the same as Class 1. Class 1M A Class 1M laser system is considered to be incapable of producing hazardous exposure conditions during normal operation unless the beam is viewed with an optical instrument such as an eye-loupe ( diverging beam ) or a telescope ( collimated beam ), and is exempt from any control measures other than to prevent potentially hazardous optically aided viewing; and is exempt from other forms of surveillance.
Class 2 A Class 2 laser system emits in the visible portion of the spectrum (400-700 nm), and eye protection is normally afforded by the aversion response. The aversion response is the closure of the eyelid, eye movement, pupillary constriction, or movement of the head to avoid an exposure to a bright light stimulant.
The aversion response to a bright visible laser source is assumed to limit the exposure of the retina to 0.25 seconds or less. Class 2M A Class 2M laser system emits in the visible portion of the spectrum (400-700 nm), and eye protection is normally afforded by the human aversion response for unaided viewing.
However, Class 2M is potentially hazardous if viewed with certain optical aids. Class 3R A Class 3R laser system is potentially hazardous under some direct and specular reflection (shiny or mirror-like) viewing conditions if the eye is appropriately focused and stable, but the probability of an actual injury is small.
This laser will not pose either a fire hazard or diffuse reflection hazard. NOTE: Products which have been previously classified as Class 3a should be treated the same as Class 3R. Class 3B A Class 3B laser system may be hazardous under direct and specular viewing conditions, but is normally not a diffuse reflection or fire hazard.
Class 4 A Class 4 laser system is a hazard to the eye and skin from the direct beam, and may pose a diffuse reflection or fire hazard, and may also produce laser-generated airborne contaminants and hazardous plasma radiation. In operations using lasers that vaporize tissue through disruption of cells, laser generated airborne contaminants (LGAC) result as an airborne hazard requiring appropriate management.
- Gaseous toxic compounds;
- Dead and live cellular material; and
In orthopedics, dentistry, plastic surgery and other fields, it is also possible to generate particulates and metal fumes. At certain concentrations some of the LGAC may cause ocular and upper respiratory tract irritation, have unpleasant odors, create visual problems for the user, and have been shown to have mutagenic and carcinogenic potential. The American National Standard Institute (ANSI) Z136 series of laser safety standards covers lasers in medical settings and provides guidance for the safe use of lasers for diagnostic, cosmetic, preventative and therapeutic applications in healthcare facilities.
- Control airborne contaminants by the use of local exhaust ventilation, respiratory protection or a combination of both.
- Use laser protective eyewear that provides adequate protection against the specific laser wavelengths being used. All laser eyewear must be marked with Optical Density (OD) and laser wavelength.
- Display warning signs conspicuously on all doors entering the Laser Treatment Controlled Area (LTCA), so as to warn those entering the area of laser use. Cover or remove warning signs when the laser is not in use.
- Ensure that maintenance on lasers and laser systems is performed only by facility-authorized technicians trained in laser service.
- Provide local exhaust ventilation with a smoke evacuator or a suction system with an in-line filter to reduce, 500);” role=”button” title=”laser-generated airborne contaminants (LGAC)”>laser-generated airborne contaminants (LGAC) levels in laser applications.
- Use an appropriate filter or barrier, that reduces any transmitted laser radiation to levels below the applicable Maximum Permissible Exposure (MPE) level, for all facility windows (exterior or interior) or entryways located within the Nominal Hazard Zone (NHZ) of a, 500);” role=”button” title=”Class 3B”>Class 3B and, 500);” role=”button” title=”Class 4″>Class 4 laser system. The NHZ describes the space around the laser within which the level of direct, reflected, or scattered radiation during normal operation exceeds the MPE.
- Ensure that proper alignment and calibration techniques are followed prior to using the laser system.
- Use skin protection if repeated exposures are anticipated at exposure levels at or near the applicable MPE limits for the skin.
- Provide detailed training in laser safety for healthcare personnel using, or working in the presence of, Class 3B and Class 4 healthcare laser systems. Document all training activities and retain documentation on file. Present laser safety training to the following healthcare personnel:
- Laser Safety Officer (LSO);
- Laser technical support staff; and
- Nurses and allied health personnel.
- Ensure credentialing of staff using laser systems. Each medical specialty has evolved its own procedures for bringing in new techniques and new surgical procedures. In all cases, ensure that the laser user uses the laser for its intended purpose within the user’s scope of practice, training and experience. Also ensure that all credentialing processes require training in the safe clinical use of the laser, as well as the maintenance of a safe environment in compliance with defined standards, and local, state and Federal requirements.
- 29 CFR 1926.54, Nonionizing radiation. OSHA Standard.
- Laser Hazards, OSHA Safety and Health Topics Page.
- U.S. Department of Health and Human Services, Food and Drug Administration (FDA), Center for Devices and Radiological Health (CDRH)
- Laser Products – Conformance with IEC 60825-1 and IEC 60601-2-22; Guidance for Industry and FDA Staff (Laser Notice No.50), (June 24, 2007).
- 21 CFR 1040, Performance Standards for Light-Emitting Products. (March 13, 2000).
- 21 CFR Part 1000, Radiological Health, General.
- Laser Institute of America (LIA), The LIA is the secretariat and publisher of the ANSI Z136 series of laser safety standards, which are recognized as a minimum standard for laser safety.
- ANSI Z136.1-2014, American National Standard for the Safe Use of Lasers.
- ANSI Z136.3-2011, American National Standard for the Safe Use of Lasers in Health Care Facilities.
- 10 Steps to Starting a Medical Laser Safety Program in Health Care Facilities,
- Introduction to Laser Safety,
- Laser Effects on the Human Eye,
- Laser Safety Information Bulletin,
- Castelluccio, D (2012). Implementing AORN recommended practices for laser safety, AORN J, 95(5):612-624.
What is laser surgery called?
Overview – LASIK eye surgery is the best known and most commonly performed laser refractive surgery to correct vision problems. Laser-assisted in situ keratomileusis (LASIK) can be an alternative to glasses or contact lenses. During LASIK surgery, a special type of cutting laser is used to precisely change the shape of the dome-shaped clear tissue at the front of your eye (cornea) to improve vision.
Do the Kardashians do laser hair removal?
If you don’t know about the Kardashian family, we wouldn’t be surprised if you told us you’ve been living on a remote island. They’re arguably one of the most famous families in the world; millions of people follow their every move thanks to their popular reality television series and massive social media presence.
The Kardashians have completely changed how we see beauty — for better or worse. The family has come under a lot of controversy over changes to their appearance since they entered the limelight. The public has generally agreed that the Kardashian sisters promote unrealistic beauty standards, While the family denies promoting unrealistic beauty standards, they also haven’t opened up about many of the cosmetic procedures they’ve likely received to achieve their current looks.
There are two treatments that Kim Kardashian (the most famous Kardashian of the bunch) has admitted to getting: Botox and laser hair removal. That’s right. We may not have access to everything Kim Kardashian does to achieve her look, but we certainly have access to laser hair removal.
Does laser hair removal cause hormonal imbalance?
Hirsutism: Laser Hair Treatments and Hormonal Imbalance Hirsutism is a condition characterized by excessive hair growth, which is particularly noticeable on male-typical body parts including the face, back, and chest. Typically, an excessively high amount of androgens (testosterone) in the blood causes hirsutism.
Is it haram to shave all pubic hair?
Islam – Throughout the Islamic world, hair removal is considered in the context of religious law. Amongst Muslims, hair removal is part of an impulse towards general purity and cleanliness and includes the trimming of nails and the removing of armpit and pubic hair.
- Both men and women should remove armpit and pubic hair at least every forty days.
- A beard is desirable for Muslim men and women can remove ‘unnatural’ facial hair but should not reshape eyebrows for reasons of vanity.
- The Hanafi branch of Islam, which includes the Sunni Turks, demands that every part of the body – every part! – be free from hair.
Therefore, at each hamam visit, women waxed their body with waxes madeof sugar and various herbs. Men preferred razor blades and hair-removing ointments. During the Ottoman period, removing body hair was more important to Moslem men and women than it is in the modern world.
Is it halal to cut pubic hair?
The religious etiquettes of Islam specify that removal of pubic hair should be initiated at menarche, and done at least once every 40 days.
Is laser hair removal safe for face?
Is Laser Hair Removal Safe For The Face? – Yes, laser hair removal is safe for your face. Temporary side effects have been reported by a small number of patients. Depending on your skin, you may experience mild redness or swelling for an hour or two after the session.
- On very rare occasions patients experience temporary burning, scabbing, or skin tone change, but these are the exception and your laser professional will provide you with appropriate laser treatments and instructions designed to avoid any side effects with customization for your skin and hair type.
- In the long term, though, is laser hair removal safe for the face? Yes.
Scientific studies have found no enduring complications.
Can you get HPV from laser hair removal?
Key points –
Because human papillomavirus (HPV) is commonly found on pubic and perianal hairs, techniques of body hair removal resulting in trauma may increase the risk of HPV-associated lesions. Acquired epidermodysplasia verruciformis is a rare skin disorder commonly associated with HPV and immunosuppression. Treatment with topical or systemic retinoids, topical imiquimod or destructive therapies may be considered for acquired epidermodysplasia verruciformis, although clinical effectiveness is highly variable. Patients with immunosuppression should be counselled about the increased risk of infection from body hair removal and about use of hair removal techniques that minimize trauma.
Is it bad to do laser hair removal every 2 weeks?
Most patients can have laser hair removal once every 4 to 6 weeks. Your dermatologist will tell you when it is safe to have another treatment. Most patients see some hair regrowth. Your dermatologist can tell you when you can safely have laser treatments to maintain the results.
Is laser hair removal safe long-term?
– The majority of people who use it find that laser hair removal is safe and well-tolerated. There do not appear to be any long-term health risks associated with the procedure. However, some people may experience minor side effects after laser hair removal.
What class is a laser hair removal machine?
b) Laser Classification & Hazard Evaluation – Hazard evaluation is a critical component of any laser safety program, as it influences the application of control measures. The following aspects of a laser’s application influence the total hazard evaluation:
- The laser’s capability of injuring personnel (i.e. laser classification).
- The environment in which the laser is used.
- The personnel who may use or be exposed to laser radiation.
Laser classification is based upon the laser’s capability to injure personnel and falls under seven general categories: 1, 1M, 2, 2M, 3R, 3B and 4. As mentioned before, lasers used for hair removal are mainly classified as Class 3B or Class 4. Class 3B hair removal devices are medium-powered lasers that can emit sufficient infrared radiation to be hazardous to unprotected eyes, both by direct or reflected viewing.
Skin will not be injured by unfocused or unmagnified Class 3B laser beams. Class 4 hair removal devices are high-powered lasers that emit sufficient infrared radiation to be hazardous to unprotected eyes, both by direct or reflected viewing. In some cases, diffusely reflected beams off matt surfaces can also be hazardous to the eyes.
Skin can be injured by the direct beam and fires can be started if flammable or combustible materials in the immediate area are exposed. The first step in a hazard evaluation is to determine the laser classification. The LSO can normally rely on manufacturer information and need not perform any measurements.
- The “class number” can be read off of the laser classification warning sign (i.e.3B or 4).
- The LSO can then comply with all requirements of that laser class, including training (see Part c).
- Then the LSO must consider the probability that unprotected personnel will be exposed to hazardous laser radiation (including operators, clients, service personnel, staff, and visitors).
If exposure to the direct or specularly reflected beam is possible, the LSO must specify a laser controlled area (see Part d) and take appropriate actions to reduce the risk of overexposure (see Part e). Lastly, the LSO must determine whether the laser could initiate a fire in an appropriate combustible material.
- Laser beams represent a potential fire hazard if flammable or combustible materials are exposed to irradiances exceeding 10 W/cm² or beam powers exceeding 0.5 W.
- Since hair removal lasers are pulsed lasers, they usually provide beam energy information in joules (J) per laser pulse, along with the length of time of the pulse.
To use this information to determine whether a laser could pose a fire hazard, simply convert the J per second of one pulse into watts (W) using the conversion 1 J/s = 1 W. Then compare this number to 10 W/cm². Example: if a laser delivers 2 J in 100 ms to a 1 cm² area, it is equivalent to 2/0.1 J/s per cm² or 20 W/cm².
What are the 4 levels of laser?
Level 1 is the ground level and levels 2,3, and 4 are excited levels of the system. Atoms from the level 1 are excited by a pump to level 4, from which the atoms decay very rapidly through some nonradiative transition to level 3. Level 3 is a metastable level having a long lifetime.
What are the three types of laser surgery?
What does it involve? – There are 3 main types of laser eye surgery: LASIK, SMILE and surface laser treatments.
LASIK – this is done with 2 lasers, one to open up a thin flap in the surface of the cornea, and another to reshape the cornea underneath. The protective flap is then smoothed back over and stays in place without stitches. SMILE – the surgeon reshapes your cornea through a small, self-sealing hole. Surface laser treatments (PRK, LASEK and TransPRK) – the clear skin covering the cornea is removed so the surgeon can reshape your cornea with a laser. The skin then grows back naturally.
All 3 types of laser eye surgery have similar results. Your surgeon will talk through your options with you and help you decide on the most helpful one for you.
What is the difference between laser surgery and normal surgery?
2. Vision Correction – Cataract surgery involves correctly sizing and fitting the replacement lens by making a circular incision in the cornea. In laser surgeries, the laser creates a precise opening in the cornea, which is approximately ten times more accurate than the one made manually by doctors.
Is laser surgery good or bad?
Do you understand possible side effects and complications? – While complications that result in a loss of vision are rare, certain side effects, particularly dry eyes and temporary visual disturbances, are fairly common. But these usually resolve after a few weeks or months, and very few people consider them to be a long-term problem.
- Dry eyes. LASIK surgery causes a temporary decrease in tear production. For the first six months or so after your surgery, your eyes may feel unusually dry as they heal. Even after healing, you may experience an increase in dry eye symptoms. Your eye doctor might recommend that you use eye drops during this time. If you experience severe dry eyes, you could opt for another procedure to get special plugs put in your tear ducts to prevent your tears from draining away from the surface of your eyes.
- Glare, halos and double vision. After surgery you may have difficulty seeing at night. You might notice glare, halos around bright lights or double vision. This generally lasts a few days to a few weeks, but it can also become a chronic problem.
- Undercorrections. If the laser removes too little tissue from your eye, you won’t get the clearer vision results you were hoping for. Undercorrections are more common for people who are nearsighted. You may need another refractive surgery (called an enhancement) within a year to remove more tissue.
- Overcorrections. It’s also possible that the laser will remove too much tissue from your eye. Overcorrections may be more difficult to fix than undercorrections.
- Astigmatism. Astigmatism can be caused by uneven tissue removal. It may require additional surgery, glasses or contact lenses.
- Corneal ectasia. Corneal ectasia is one of the more-serious complications and occurs because of progressive myopia due to steepening of curvature of the cornea.
- Flap problems. Folding back or removing the flap from the front of your eye during surgery can cause complications, including infection and excess tears. The outermost corneal tissue layer (epithelium) may grow abnormally underneath the flap during the healing process.
- Vision loss or changes. Rarely, you may experience loss of vision due to surgical complications. Some people may also not see as sharply or clearly as previously.
Is CO2 laser used in cosmetic surgery?
Clinical Significance – Carbon dioxide laser skin resurfacing is a technique effective for both cosmetic and medical applications. It is an excellent modality for treating and preventing wrinkles and skin laxity that occur with photoaging. It is also effective in the treatment and prevention of keratinocyte skin cancers.
Appropriate patient selection and education are essential for successful outcomes with CO2 laser treatments. Patients with Fitzpatrick skin types I-II are most amenable to treatment with CO2 lasers; however, CO2 lasers may also be used for patients with skin types III-VI with careful adjustment of treatment parameters, particularly when a fractionated delivery system is employed.
Infectious complications, including herpes simplex virus reactivation, and bacterial and fungal infections, can impair healing, and appropriate prophylaxis should be administered. Patients should be followed carefully after treatment to provide clinicians the opportunity to identify and promptly manage any complications that may arise.
Is laser surgery safe for face?
4. It makes a difference who performs your laser skin resurfacing treatments – In the hands of a highly trained, knowledgeable professional, laser resurfacing is a safe way to dramatically improve your skin’s appearance. In the hands of a poorly trained individual, lasers can be ineffective or even dangerous.
Choose a laser resurfacing provider based on an individual’s experience, training, and qualification. Don’t make your pick based solely on who offers the best deal or has a brand name laser platform. Choose a laser resurfacing provider based on experience, training, and qualification—don’t simply look for the best deal or the newest laser platform.
Your best bet? Choose a cosmetic surgeon board certified by the American Board of Cosmetic Surgery. Every ABCS certified surgeon has undergone a rigorous training fellowship that includes non-surgical treatments such as laser skin resurfacing. You can use our Find-A-Surgeon Tool to locate cosmetic surgeons near you.
Why laser are most commonly used in surgery?
Surgery needs a sharply focussed beam of light for the purpose of precise cutting with no scope of error. Since the laser can be sharply focussed, hence it is widely used in surgery.