Electrolysis, a technique for removing unwanted hair, is often not covered by Medicare. Electrolysis and other hair removal methods are mainly regarded as aesthetic operations. Cosmetic treatment is not covered by Medicare unless it is medically necessary to treat an accident or improve the function of a defective bodily part. If the procedure’s primary goal is to improve one’s appearance, Medicare will not pay for it.
According to the Cleveland Clinic, hair growth can be caused by heredity (meaning that others in your family have experienced this problem) and/or hormone levels. Certain conditions or drugs can also cause hair growth. Electrolysis is one treatment for removing unwanted hair that grows on a body part or on the face, according to the American Electrology Association. After a thin probe is put in the hair follicle, a medical electrolysis device uses a shortwave radio frequency to remove undesired hair. Electrolysis permanently removes unwanted hair by destroying the hair follicle.
According to the Cleveland Clinic, electrolysis involves a number of visits over a period of time to achieve permanent hair removal. Individuals have different numbers of appointments. Appointments are usually between 15 and one hour long. According to the US Food and Drug Administration, electrolysis should only be performed by a licensed practitioner due to the risk of infection from a non-sterile needle and scarring from poor technique.
The price of electrolysis therapy varies from clinic to clinic. According to the Cost Helper website, electrolysis sessions often cost $30-$100 or more per session, depending on the length of the session.
Gender reassignment surgery for the treatment of gender dysphoria may be covered by Medicare. Gender dysphoria is defined as “intense and persistent discomfort with one’s birth sex,” according to the Department of Health and Human Services.
As part of Medicare’s transgender-related care coverage, electrolysis for hair removal may be covered. If electrolysis is deemed part of gender reassignment surgery and not solely cosmetic, Medicare coverage for male-to-female beneficiaries may be granted. Regional Medicare administrators and Medicare Advantage plans offered by private insurance companies contracted with Medicare make judgments about benefit coverage for electrolysis and transgender medical treatments.
How many treatments are needed for electrolysis?
In general, you should expect to need between 8 and 12 treatments. From start to end, the typical period is roughly 12 months.
In other circumstances, it can take anywhere from 8 months to 2 years. The total number of sessions required to permanently remove hair from a certain location varies from person to person. However, the undesirable hair that has been removed will remain gone indefinitely.
We recognize that this appears to be a very broad time frame, but due to the vast range of therapy responses, it is just impossible to be more specific.
How much does electrolysis cost for face?
Electrolysis hair removal costs vary greatly depending on a variety of factors. These factors include the size of the treatment region, the volume of hair to be removed, and the number of treatments required. They also include information about the clinic and the region of the country where you’re receiving treatment, among other things.
You should anticipate to pay anywhere from $30 and $200 each electrolysis treatment as a starting point. Most clinicians calculate the cost of therapy on the length of time it takes to complete each session, therefore these figures can differ even from one session to the next.
Despite the fact that treatment costs can build up over time, many patients believe it is well worth the investment. No more hunching over the razor or waxing, and no more money spent on those inconvenient razors!
Electrology and the Hirsute Polycystic Ovary Syndrome Patient
Ricardo Azziz, M.D., M.P.H., M.B.A., Professor Departments of Obstetrics & Gynecology and Medicine, The University of Alabama at Birmingham, Birmingham, Alabama, and Teresa Petricca, CPE, Executive Director, American Electrology Association, Birmingham, Alabama
Most Hirsuit Patients Have PCOS
Hirsutism is a symptom of underlying androgen excess, also known as hyperandrogenism. As a result, non-androgenic causes of hirsutism (i.e., those not caused by an excess of testosterone) are uncommon, accounting for less than 1% of affected people in our experience. Idiopathic hirsutism (IH) is a more common cause of hirsutism that is diagnosed by excluding a patient who is visibly hirsute but has normal circulating androgens and ovulatory function (2). It should be noted, however, that approximately 40% of hirsute women who claim to be routinely menstruating actually do not ovulate effectively (are oligo-anovulatory), and hence are likely to have PCOS rather than IH (3). In general, between 5% and 15% of hirsute women will be diagnosed with IH (2). However, many of these patients merely have degrees of hyperandrogenemia that are not detectable with normal clinical androgen testing, and this diagnosis may be more symptomatic of “inaccurate” hormonal assays. Nonetheless, the 5? -reductase activity in the skin and hair follicles is likely hyperactive in some of these women, resulting to hirsutism despite “normal” circulating androgen levels.
Androgenic causes of hirsutism are by far the most common, accounting for 75 percent to 85 percent of hirsutism cases. PCOS affects about 70-80 percent of hirsute women, the hyperandrogenic-insulin-resistant-acanthosis nigricans (HAIRAN) syndrome affects about 3%, 21-hydroxylase deficient non-classic adrenal hyperplasia (NCAH) affects 2-8 percent of patients, and ovarian or adrenal androgen-secreting neoplasms (ASN) affects only a small percentage of patients (4). PCOS, the most common diagnosis in the hirsute patient, is essentially an exclusionary diagnostic, meaning that it is identified in patients who have evidence of ovulatory dysfunction in the absence of biochemical or clinical indications of hyperandrogenism, and after other disorders have been ruled out (i.e. NCAH, HAIRAN syndrome, ASNs, thyroid and prolactin dysfunction).
Hormonal Treatment of Hirsutism in PCOS
Hirsutism is not only disfiguring on the outside, but it can also be a substantial hindrance to a young woman’s social life and emotional well-being, lowering her quality of life. As a result, treatment should begin as soon as the diagnosis is confirmed, in order to reduce the number of terminalized hair follicles. Furthermore, because hirsutism is often a symptom of a more serious underlying endocrine or metabolic disease, these patients should be evaluated as soon as feasible. Because the majority of hirsute people have PCOS, they are more likely to experience infertility, irregular monthly bleeding, endometrial cancer, type 2 diabetes, and probably cardiovascular disease.
Hormonal therapy for hirsutism consists of drugs that either reduce or block androgen production or free androgen levels. Combination oral contraceptives, long-acting GnRH analogs, ketoconazole, and insulin sensitizing medications can all be used to decrease ovarian androgens. However, surgery that temporarily suppresses ovarian androgens, such as laparoscopic ovarian drilling, has no effect on hair development. Furthermore, glucocorticoid-adrenal androgen suppression has a minor, if any, influence on hirsutism. Nonetheless, androgen suppression by itself has a minor effect on undesired hair growth.
The majority of women with clinically significant hirsutism will require the addition of androgen-blocking medicines. Spironolactone, flutamide, and cyproterone acetate are examples of androgen receptor blockers (which is also a progestin that suppresses ovarian androgen secretion). Finasteride, in turn, inhibits 5 -reductase and the peripheral conversion of T to DHT, reducing androgen-dependent hair growth. Overall, all androgen-blocking medicines have equal results, hence the most essential factor in choosing patient selection will be adverse effects (5,6). The major goals of hormonal therapy in the treatment of hirsute women are to fix the underlying problem, halt new hairs from developing, and maybe reduce the growth of existing terminal hairs. Although hormone therapy alone can cause hair thinning and loss of pigmentation in terminal hairs, it rarely reverses the process of hair terminalization.
As a result, women with hirsutism must have any residual undesired terminalized hairs mechanically removed.
Mechanical Means of Treating Hirsutism
Many hirsute patients turn to shaving, bleaching, or depilation, which are safe and effective ways to reduce the appearance of undesired hairs with minimal adverse effects. However, plucking and/or waxing in androgenized skin areas should be avoided because these techniques not only do not kill hair follicles, but they also have a high risk of causing folliculitis and hair shaft damage, which can lead to ingrown hairs and further facial damage. Electrology and, perhaps, laser hair removal are two techniques for destroying undesired hair follicles.
However, most studies have been uncontrolled and included fewer than 50 patients, none have been blinded, and all have used a variety of treatment protocols, equipment, skin types, and hair colors investigated. Patients with lighter complexion (Fitzpatrick skin colors I-IV) and dark colored hairs have the best results with laser hair removal. Although full hair loss is unusual, repeated therapies are required, and it is unknown at what point several treatments provide the most benefit. In general, treatment with ruby, alexandrite, or diode lasers, or IPL, yields similar success rates, while the nd:YAG laser’s success rate may be slightly lower. Overall, laser hair removal should not be termed “permanent,” at least not based on existing research, according to the FDA’s position.
Electrology
Electrology is a procedure that has been used for over a century to destroy undesired hair follicles. Electrology is divided into three types. Electrolysis is the use of one or more sterile needles/probes and direct or galvanic current (DC, e.g. from a battery) to achieve chemical destruction of the hair follicle. Thermolysis creates heat by increasing the frequency of alternating current (AC, like with conventional electricity) and delivering it through a single sterile needle/probe, which destroys the hair follicle. The thermolysis current is also known as short wave or high frequency current. Finally, the Blend or dual modality treatment employs both of the aforementioned currents, which are delivered concurrently or sequentially using a single sterile needle/probe to induce dual action hair follicle destruction. The three modalities (multiple needle galvanic, thermolysis, and the Blend) all successfully achieve the goal of eliminating hair-producing cells in the hair follicle.
Dr. Charles E. Michel, known as the “Father of Electrolysis Hair Removal,” was a St. Louis, Missouri opthamologist who spent years researching the best way to remove ingrown eyelashes. In 1875, he stated that by simply introducing a needle charged with negative galvanic current into a hair follicle, he was able to eliminate ingrown eyelashes. Professor Paul M. Kree of New York improved this technique by employing numerous needles in 1916. Professor Kree was instrumental in the rising acceptance of electrolysis as a viable hair removal therapy since his multiple needle approach was significantly faster than the single needle procedure that had previously been employed, though it was still slow by today’s standards.
Dr. Henry Bordier of Paris, France, stated in 1923, about 50 years after Dr. Michel’s research, that hairs may be destroyed by applying high frequency or AC current. Thermolysis was born as a result of this discovery. Unlike manual multiple needle electrolysis, the new thermolysis equipment provided such a high-intensity current that it was timed by an automatic timer. Modified medical diathermy devices were the only high frequency thermolysis equipment available until the late 1930s. These early machines lacked calibrated dials for judging timing and intensity, and humidity and temperature had a significant impact. Thermolysis equipment today is extremely calibrated and precise. The treatment time on some epilators is as short as 1/1000th of a second.
In 1938, Henri St. Peirre and Arthur Hinkle of San Francisco, California, began creating a machine to destroy hair follicles using a mixture of the two currents previously utilized, AC and DC, in an attempt to combine the speed of the AC with the efficiency of the galvanic (DC) approach. Mr. St. Pierre was given a patent for a machine that produced electrology using the Blend modality in 1948.
Electrolysis in the Treatment of Hirsutism
Electrology is recognized by the US Food and Drug Administration (FDA) as a method of permanent hair removal. The FDA defines needle-type epilators as “a device intended to remove hair by damaging the dermal papilla of a hair” in Title 21, CFR, Sec. 878.5350. Only electrologists are authorized to advertise permanent hair removal since no other technology for hair removal has the unique identity of “killing the dermal papilla of a hair.” Other hair removal methods, such as lasers, have not been able to attain this level of detail.
Electrolysis (also known as electroepilation) is the only procedure for permanently removing hair that has been demonstrated to cause long-term hair loss (7,8). Repeated treatments have been found to result in permanent damage (alopecia or hair loss) in 15% to 50% of the hairs treated (9). The amount of treatments required varies from person to person. To attain the best outcomes in the shortest amount of time, it’s critical to stick to the prescribed treatment regimen. While electrolysis is a painless technique, because each hair follicle is surrounded by its own network of nerve endings, it is difficult to remove hair growing tissue without causing discomfort. Despite the fact that some regions of the body are more sensitive than others, changes can be made to keep the treatment comfortable. Some individuals may require the use of topical anesthetics, such as EMLA Cream, prior to treatment (an emulsion of lidocaine 2.5 percent and prilocaine 2.5 percent , Astra-Zeneca Pharmaceuticals LP).
After electrolysis, side effects such as scarring might occur, especially if the procedure is performed incorrectly (10). However, scarring is uncommon nowadays, and when electrolysis is performed by a qualified electrologist using modern equipment and techniques, there should be no obvious skin damage. Years ago, the usage of older galvanic devices caused scarring since the needles were made of unshielded metal, which could cause skin burns. To prevent this from happening, galvanic device needles are now protected (insulated). The safety and effectiveness of needle-type electrolysis have been shown over the course of over a century of use.
It’s also worth noting that electrologists are frequently the first people a hirsute sufferer seeks help from. According to their responses to a standardized questionnaire, 40 percent of 779 consecutive new clients seeking electrology had possible risk factors for hyperandrogenism (11). When a sample group of these at-risk women was tested, almost 20% of them had a hirsutism score of six or above, with PCOS present in more than half of them. Surprisingly, only 26% of at-risk customers who were referred for a free medical evaluation followed through, demonstrating the extent to which hirsute women are unaware of the medical treatment options available to them.
Selecting an Electrologist
The only national organization dedicated to needle electrologists is the American Electrology Association (AEA). The AEA makes a concerted effort to educate its members about PCOS. To get the best and most complete treatment for the hirsute woman, AEA members appreciate the need of developing a rapport and working relationship with endocrinologists and other medical specialists that treat PCOS. Locating an electrologist who is both an AEA member and a Certified Professional Electrologist (CPE) is an useful consumer guide to finding a practitioner who stays current in their area. The electrologist who has earned the CPE designation has passed the AEA’s thorough national testing and has continued to meet the requisite continuing education and/or re-testing requirements. A certificate from the AEA with a current year validation sticker serves as proof of membership. The membership roster is also listed in the AEA Referral Directory.
Third Party Reimbursement of Electrology
Electrolysis treatments are typically not covered by Health Maintenance Organizations (HMOs). Specific stipulations in some insurance contracts, however, may allow electrology patients or consumers to seek payment. Before requesting a letter from your primary care physician, it’s a good idea to check your contract. The letter from the doctor must say that “electrolysis is medically necessary” as part of the overall treatment for the disease (e.g. PCOS, CPT code 256.4; or Androgen Excess, CPT code 256.1). After that, you must send this letter to your insurance company.
Depilatory therapies are already considered “medical care” for insurance purposes, according to a precedent (Abernathy v. The Prudential Insurance Company of America, No. 21178, Supreme Court of South Carolina, March 31, 1980). Plaintiff sued her insurance in this case after it refused to reimburse her for the expense of depilatory procedures (i.e. electrolysis) that her doctor had advised. The policy listed “doctors’ services for surgical operations and other medical care” as “qualifying expenses,” but it also said that “anything not ordered by a doctor or not necessary for medical care of illness” was not covered. The plaintiff’s verdict was upheld by the South Carolina State Supreme Court, which noted that “medical care… must be conducted by or under the guidance of licensed medical personnel.” Furthermore, the court determined that because plaintiff undertook treatments on the advice of her physician, the costs were medically “essential” and thus not barred from coverage under the insurance.
SUMMARY
Hirsutism is not only disfiguring on the outside, but it can also be a substantial hindrance to a young woman’s social life and emotional well-being, lowering her quality of life. Hirsutism is usually a symptom of underlying androgen excess, most commonly PCOS, and its associated morbidity. As a result, the hirsute woman should undergo a complete examination and begin hormone suppressive therapy as soon as the diagnosis is made. Although hormone therapy alone can sometimes cause terminal hairs to shrink and lose pigmentation, it seldom causes undesirable hairs to disappear. Electrology and, perhaps, laser hair removal are two techniques for destroying undesired hair follicles. Long-term data on laser hair removal, however, is still available. Electrology has been in use for over a century and results in the permanent eradication of undesired hair follicles. Electrology is divided into three types: electrolysis, thermolysis, and a combination of both electrolysis and thermolysis. Electrology has been used for over a century, and only electrologists are allowed to advertise permanent hair removal, according to the FDA. Furthermore, it should be noted that electrologists are frequently the first people hirsute patients seek help from, and as such, the electrologist is a vital member of the therapy team caring for these patients. The significance of choosing a well-trained and skilled electrologist, on the other hand, cannot be overstated. Because electrology regulation differs so considerably between states, other techniques of measuring practitioner quality, such as the CPE certificate, become crucial when selecting an electrologist. While third-party reimbursement for electrology is not always available, it is worth investigating this payment option further, potentially with the patient’s physician’s help. Overall, electrology is an efficient and safe way for hirsute PCOS patients to completely remove unwanted hairs.
REFERENCES
- Knochenhauer ES, Key TJ, Kahsar-Miller M, Waggoner W, Boots LR, Azziz R. Knochenhauer ES, Key TJ, Kahsar-Miller M, Waggoner W, Boots LR, Azziz R. A prospective investigation evaluating the prevalence of polycystic ovarian syndrome in unselected Black and White women in the Southeastern United States. J Clin Endocrinol Metab, vol. 83, no. 3, pp. 3078-3082, 1998.
- R. Azziz, E. Carmina, and M. E. Sawaya. Idiopathic hirsutism is a type of hirsutism that occurs for no apparent reason. Endocrine Reviews, vol. 21, no. 3, pp. 347-362, 2000.
- R. Azziz, W. T. Waggoner, T. Ochoa, E. S. Knochenhauer, and L. R. Boots. In Alabama, idiopathic hirsutism is a rare cause of hirsutism. Fertil Steril, vol. 70, no. 8, 1998, pp. 274-8.
- Sanchez LA, Knochenhauer ES, Gatlin R, Moran C, Azziz R, Gatlin R, Gatlin R, Gatlin R, Gatlin R, Gatlin R, Gat Experience with over 1000 consecutive patients in determining the differential diagnosis of clinically apparent hyperandrogenism. The American Society for Reproductive Medicine’s Annual Meeting, Orlando, Florida, October 20-25, 2001 (Abstract O-294. Fertil Steril 76:S111 (Supplement), 2001
- S. Venturoli, O. Marescalchi, F. M. Colombo, S. Macrelli, B. Ravaioli, A. Bagnoli, R. Paradisi, and C. Flamigni. In the treatment of hirsutism, a prospective randomized trial compared low dose flutamide, finasteride, ketoconazole, and cyproterone acetate-estrogen regimens. J Clin Endocrinol Metab, vol. 84, no. 3, pp. 1304-1310, 1999.
- P. Moghetti, F. Tosi, A. Tosti, C. Negri, C. Misciali, F. Perrone, Muggeo, Muggeo, Muggeo, Muggeo, Muggeo, Muggeo, Muggeo, Muggeo, Muggeo, Muggeo, Muggeo, Muggeo, A randomized, double-blind, placebo-controlled experiment compared the efficacy of spironolactone, flutamide, and finasteride in the treatment of hirsutism. J Clin Endocrinol Metab, vol. 85, no. 1, pp. 89-94, 2000.
- Peereboom JDR Wynia, E Stolz, T van Joost, JDR Wynia, JDR Wynia, JDR Wynia, JDR Wynia, JDR Wyn A comparison of the effects of diathermy and the blend method for electrical epilation of beard hairs in women with hirsutism. 1985, Arch Dermatol Res 278:84-86.
- RN Richards and GE Meharg. Electrolysis: the results of 13 years and 140,000 hours of practice. 1995, J Am Acad Dermatol, 33:662-666.
- RF Wagner, RF Wagner, RF Wagner, RF Wagner, RF Wagner, RF Wagner, RF Wagner, RF Wagner, RF Wagner, RF Wagner, RF Wagner Cutis 45:19, 2nd edition, 1990.
- Histologic alterations of human hair follicles after electrolysis: a comparison of two procedures, Kligman AM, Peters L. 1984, Cutis 34:169176.
- L. Farah, A. J. Lazenby, R. L. Boots, R. L. Azziz, and the Alabama Professional Electrology Association Study Group Polycystic ovarian syndrome is common among women who seek therapy from community electrologists. J
FIND OUT WHAT TRAININGS ARE AVAILABLE IN YOUR STATE
For practicing electrology, each state has its own set of criteria. To learn more about the training programs available in your state, use the map or the list below.
Is laser better than electrolysis?
When compared to shaving, laser therapy and electrolysis both yield longer-lasting results. However, electrolysis appears to be the most effective. The outcomes are more long-lasting. Electrolysis also has fewer dangers and adverse effects than laser hair removal, and it doesn’t require the maintenance treatments that laser hair removal does.
The disadvantage is that electrolysis must be spaced out over a longer period of time. It is not capable of covering wide areas at once, as laser hair removal can. Your choice may be influenced by how quickly you wish to get rid of short-term hair.
It’s also not a good idea to perform one procedure after the other. Getting electrolysis following laser hair removal, for example, can cause the effects of the previous procedure to be disrupted. Prepare ahead of time by doing your homework and consulting with your dermatologist on the best course of action. You may need to wait many months before starting a new hair removal method if you decide to switch.
Can hair grow back after electrolysis?
- Hair is in various stages of growth at any one time, and only visible hair can be electrolyzed. The length of a person’s whole growing cycle varies from person to person, and even within the same person’s face and body.
- Hormonal imbalances and other unknown variables lead the unremoved vellus to transform into terminal hair.
- Hair regrowth from bulges that were not sufficiently eliminated. To avoid scarring, we must strike a balance between the rate of killing and skin protection. Simply increasing the heat will kill the hair, but it will also cause scarring and pitting. The electrologist’s ability to influence this type of regeneration will be the most important element.
The constant debate over regeneration in electrolysis hair removal stems from the fact that it’s impossible to discern whether the hair is genuine regrowth or, for example, an anagen hair replacing a previously shed telogen hair. You can’t tell the difference between “new growth” and “regrowth” hairs by looking at them.
Some electrologists believe that a hair must be treated multiple times before it can be permanently damaged. While the concept of “breaking down” may have some merit, we do not subscribe to it. We feel that you either destroy or do not damage the follicle. The regeneration eventually reaches its previous size if the follicle is not damaged.
Even when electrolysis treatments are conducted by a trained electrologist, there will always be some re-growth following the initial treatment. While perspectives range on what constitutes an acceptable percentage, most experienced electrologists believe that at least 40-50 percent of the hairs should be permanently eliminated with each treatment in order for it to be considered effective. The usual killing rate is between 50 and 60 percent, with 60 to 75 percent being the maximum range conceivable. Because there are so many variables that influence results, experts are unable to provide a definitive figure. The percentage of permanence for each particular treatment will be determined by the electrologist’s ability to work with these variables. Don’t be discouraged; simply keep showing up for your appointments on time. This will ensure that you obtain the best outcomes possible.
How many hairs can electrolysis remove?
As previously stated, the hourly amount of permanently lost hairs in the vaginal area is lower. The average hair removal rate in this zone is 445 hairs per hour, according to our calculations.
Don’t be blinded by hairs per hour
Everyone wants to get the most bang for their buck, but don’t be fooled by hairs per hour. If the majority of the hair grows back, speed is meaningless. What matters in the end is the permanent removal rate.
Your electrologist, no matter how good they are or how advanced their technique is, will not be able to stop regrowth in only one session. Around 40% of the hair will reappear. Why?
Is electrolysis cheaper than laser?
When comparing laser hair removal to electrolysis, laser hair removal may be used to remove hair on people with light and dark skin, although it can cause burns in persons with dark skin. Furthermore, laser hair removal does not produce good results on people with light hair because it targets the dark color, but electrolysis, as a hair removal method, can be performed on everyone regardless of skin or hair color because it attacks the hair follicles, not just the hair pigment.
What about the time it takes?
When comparing laser hair removal vs. electrolysis for hair removal in the facial area of the body, 15 minutes of treatment is required for the eyebrows, and 48 treatment sessions are required within a month.
Electrolysis, on the other hand, will take longer because each hair follicle will be treated separately. In essence, the electrolysis method removes brows in 1530 minutes and requires 1530 treatment sessions to complete.
Laser hair removal and electrolysis side effects
When comparing the potential side effects of laser hair removal vs. electrolysis, laser hair removal can pose a risk to the eyes when performed on the brows and the laser light comes into contact with the eyes.
As a result, protective eye shields must be worn and the eyes must be closed during the procedure to protect the eyes from laser light contact. In addition, laser hair removal might stimulate the growth of concealed facial hair in women, whilst electrolysis can cause skin discoloration if done incorrectly.
Electrolysis VS Laser Hair Removal Cost Comparison
When comparing the costs of laser hair removal vs. electrolysis, laser hair removal is less expensive than electrolysis. Laser hair removal costs between $200 and $400 a session on average, with a 30-minute session for a tiny region costing $45. However, multiple treatments will be required, as opposed to the single session required for laser hair removal. Electrolysis, like laser hair removal, takes a long time to complete.
Furthermore, the electrolysis treatment requires relatively little aftercare; nonetheless, the skin may experience minor irritation and seem somewhat red; these symptoms will subside after a few hours. In the case of laser hair removal, ice packs may be used to alleviate discomfort, but if the pain is severe, pain medications or steroid cream may be advised.
Without a question, both treatments are effective for permanent hair removal, but you should always visit a dermatologist to determine which method is best for your skin.
Do you shave before electrolysis?
3 days prior to treatment, make sure you haven’t shaved, waxed, or used any other type of hair removal. The hairs must be long enough to be tweezed using a professional tool. I strongly advise shaving three days prior to treatment so that we can achieve absolutely permanent outcomes for any remaining hairs. Drink plenty of water the day before and the day of your treatment. On the day of your treatment, try to stay away from caffeine.