Electrolysis hair removal

Electrolysis is a method of permanent hair removal that targets individual hair follicles using an electrical current. A fine probe is inserted into the hair follicle, delivering energy that destroys the follicle’s ability to produce hair. This technique is effective on all hair colors and skin types, making it a versatile option for various individuals. Multiple sessions are typically required to achieve complete hair removal, as hair grows in different cycles.

10 minutes £ 20

15 minutes £ 25

30 minutes £ 45

Electrolysis Procedure

Consultation and Preparation:
The process begins with a consultation to assess the treatment area, skin type, and hair type. The practitioner explains the procedure, potential results, and any pre-treatment instructions. The area is then cleaned to ensure it is free of oils, makeup, or other debris.
Insertion of the Probe:
A sterile, fine probe (needle) is carefully inserted into each hair follicle. The probe is not a needle that pierces the skin but rather a device designed to slide into the natural opening of the follicle without damaging the surrounding tissue.
Application of Energy:
The probe delivers a small electrical current to the follicle. Depending on the type of electrolysis used (thermolysis, galvanic, or a blend of both), the energy either generates heat or a chemical reaction to destroy the hair follicle.
Hair Removal:
Once the follicle is treated, the hair is gently removed with tweezers. If the follicle is adequately destroyed, the hair should slide out easily without resistance.
Post-Treatment Care:
After the session, the treated area may appear red or slightly swollen. The practitioner may apply a soothing cream or recommend an aftercare routine to minimize irritation and prevent infection. Regular follow-up sessions are scheduled to target new hair growth until the desired results are achieved.

LEARN MORE ABOUT ELECTROLYSIS

Electrolysis, in the context of beauty, is a method used for permanent hair removal. It works by using a small electric current to destroy the hair follicle, preventing future hair growth. This process is widely regarded as the only FDA-approved permanent hair removal method. It’s a highly effective solution for individuals seeking to eliminate unwanted hair in various areas of the body, including the face, underarms, legs, and bikini line.

What is Electrolysis in Beauty?

Electrolysis in beauty is a technique that involves the application of a fine probe, which is inserted into a hair follicle, where it delivers a small electrical current. This current either heats up the follicle or causes a chemical reaction, damaging it to the point where it can no longer grow hair. The process is repeated for each individual hair, making it suitable for smaller, more targeted areas compared to other hair removal methods.

There are three common types of electrolysis used in beauty:

Galvanic Electrolysis: This is the oldest method, where a direct current (DC) is passed through the probe to produce a chemical reaction that destroys the hair follicle.
Thermolysis (High-Frequency Electrolysis): This method uses an alternating current to create heat, which destroys the follicle. It’s faster than galvanic electrolysis but may not be as effective in certain hair types.
Blend Electrolysis: As the name suggests, this method combines both galvanic and thermolysis techniques. It is often used for thicker hair or more resistant follicles.

History of Electrolysis in Beauty

The use of electrolysis for hair removal has a long and fascinating history, dating back to the late 19th century.

1875: The origins of electrolysis in beauty can be traced to Dr. Charles Michel, an ophthalmologist, who used a form of electrolysis to treat ingrown eyelashes. His work with electric currents led to the discovery that it could destroy hair follicles, laying the foundation for permanent hair removal.
Early 20th Century: Electrolysis as a method for hair removal became more widely recognized. It was initially used for the permanent removal of unwanted facial hair, especially in women who sought to address issues like excessive or unwanted facial hair growth.
1920s-1930s: The technology began to evolve, with improved devices and techniques. By this time, electrolysis became available in beauty salons and started to gain popularity for permanent hair removal.
Mid-20th Century: Electrolysis continued to develop, with machines becoming more sophisticated and effective. It was recognized as one of the most reliable methods for permanent hair removal.
1970s-Present: Electrolysis became a mainstream procedure in the beauty industry. The advent of high-frequency electrolysis (thermolysis) in the 1960s and 1970s helped improve speed and efficacy, making electrolysis a viable option for larger treatment areas.

Today, electrolysis remains one of the leading permanent hair removal methods and is commonly used in dermatology and cosmetic clinics worldwide.

Science Behind Electrolysis in Beauty

The scientific principle behind electrolysis is based on the use of electrical current to generate heat or chemical reactions that disrupt the hair follicle, preventing regrowth. There are two main mechanisms at work in electrolysis:

Chemical Reaction (Galvanic Electrolysis): In galvanic electrolysis, the electrical current reacts with the salt and water naturally present in the skin to produce sodium hydroxide (lye). This chemical reaction destroys the cells that are responsible for hair growth. The process occurs slowly, and the current must be carefully controlled to avoid damage to surrounding tissue.
Heat Generation (Thermolysis): In thermolysis, the current generates heat that causes the water in the hair follicle to vaporize. This heat destroys the hair-producing cells in the follicle, effectively stopping hair from growing back. The heat is applied in a very short burst, making the process faster compared to galvanic electrolysis.
Blend Electrolysis: As the name suggests, this technique combines both galvanic and thermolysis methods to improve efficiency. The blend technique is often used when treating resistant hair or larger areas, as it combines the chemical and heat-producing effects for a more effective result.

How Electrolysis Works

The electrolysis procedure typically follows these steps:

Consultation: Before starting treatment, a consultation is required to assess the client’s hair and skin type. This helps the professional determine the best approach for each individual.
Insertion of Probe: A very fine, sterile probe is inserted into the hair follicle. This is done at the base of the hair, where the root is located.
Electrical Current Application: An electrical current is applied through the probe. Depending on the type of electrolysis used, the current either creates heat or a chemical reaction that damages the follicle.
Hair Removal: After the follicle is damaged, the hair can be easily removed with tweezers. Each hair is treated individually, and the process can take some time depending on the area being treated.
Repeat Treatments: Since hair grows in cycles, multiple sessions are often necessary to ensure all hairs are treated during their active growth phase (anagen phase). Typically, several sessions are needed for optimal results.

Benefits of Electrolysis

Permanent Hair Removal: Electrolysis is FDA-approved as the only permanent hair removal method, meaning once the follicle is destroyed, the hair will not grow back.
Effective for All Hair Types: Unlike other hair removal methods, such as laser hair removal, electrolysis works on all hair colors and types, including light, dark, coarse, and fine hair.
Safe for All Skin Tones: Electrolysis can be safely used on all skin tones, whereas other treatments like laser hair removal may not be as effective on darker skin tones.
Precision: Electrolysis is ideal for smaller areas of the body, like the upper lip, chin, or eyebrows, where precision is necessary.
No Ingrown Hairs: Unlike methods like waxing, electrolysis significantly reduces the risk of ingrown hairs, as it destroys the hair follicle entirely.

Challenges and Considerations

Time-Consuming: Since each hair is treated individually, electrolysis can be a lengthy process, especially for larger areas.
Multiple Sessions Required: Because hair grows in different cycles, multiple treatments are often required for complete hair removal.
Possible Discomfort: Some individuals may experience discomfort during the procedure, as it involves inserting a probe into the hair follicle and applying an electrical current.
Cost: While electrolysis is a permanent solution, it can be more expensive compared to temporary methods like shaving or waxing, due to the need for multiple sessions and professional services.

Conclusion

Electrolysis has established itself as one of the most effective and reliable methods of permanent hair removal in the beauty industry. With its long history and scientifically proven effectiveness, it continues to be a popular choice for individuals looking to achieve smooth, hair-free skin. Whether through galvanic, thermolysis, or blend techniques, electrolysis offers a personalized and permanent solution to unwanted hair, making it a valuable asset in modern beauty treatments. Despite the time and cost factors, the results speak for themselves, offering lasting freedom from the hassle of traditional hair removal methods.