Permanence Over Time.

Electrolysis permanently removes unwanted hair by treating each individual hair follicle at its source.

During treatment, a sterile, single-use probe is carefully guided into the natural opening of the follicle. A controlled electrical current is then delivered to the area responsible for producing and regenerating the hair. Once those growth cells have been adequately treated, the hair is gently removed from the follicle without force. source »

The process is precise, progressive, and highly individualized.

Electrolysis does not depend on the color of the hair or the amount of pigment in the skin. Because treatment occurs inside the follicle rather than targeting pigment, it can be used on every skin tone and on hair that is black, brown, blond, gray, white, red, fine, coarse, straight, curly, or tightly textured. source »

Electrolysis and be done with it For good.™

The Follicle Is the Target

A hair is more than the strand you see above your skin.

Beneath the surface is a follicle: a small, tube-like structure containing the areas that support hair formation and regrowth. Removing the visible hair alone does not eliminate the follicle’s ability to produce another one.

Shaving cuts the hair at the surface.

Tweezing, waxing, threading, and sugaring pull the hair from the follicle.

Depilatory creams dissolve part of the visible hair.

Laser and light-based treatments use pigment to deliver energy across an area and are generally described in terms of long-term or permanent hair reduction.

Electrolysis works differently.

It treats the individual follicle and disrupts the cells responsible for future hair growth. When a follicle has been successfully treated, that follicle can no longer produce another hair. source »

Permanent Resolution. Delivered with Care.

Electrolysis is detailed work.

It requires precision from the practitioner, consistency from the client, and enough time to treat the full pattern of growth.

When those elements come together, the result is not temporary reduction or another cycle of maintenance.

It is permanent hair removal.

The Three Electrolysis Modalities

Modern electrolysis uses one of three established treatment methods, known as modalities. Each delivers energy differently, but all are intended to permanently disable the follicle’s growth cells.

Which Method Is Best?

There is no single modality that is automatically best for every person or every hair.

The most appropriate method depends on the treatment area, follicle characteristics, skin response, practitioner training, and treatment plan. A skilled electrologist may use one modality consistently or move between methods as the work progresses.

At Electrolysis Beauty Lounge, modality and settings are selected intentionally—not by habit.

Galvanic Electrolysis

Galvanic electrolysis uses direct current to create a chemical reaction inside the follicle.

The natural salt and moisture present within the tissue interact with the current to form a small amount of sodium hydroxide, historically called lye. This chemical reaction disrupts the cells responsible for hair growth.

Galvanic treatment works chemically and may require the current to remain in the follicle longer than thermolysis.

Thermolysis

Thermolysis uses high-frequency alternating current to create controlled heat within the follicle.

That heat coagulates and disables the tissue responsible for producing the hair.

Thermolysis is often delivered quickly and can be adapted through different timing and intensity patterns according to the hair and treatment area.

The Blend

The blend combines galvanic current and thermolysis.

Thermolysis accelerates the chemical reaction created by galvanic current, allowing chemical and heat energy to work together within the follicle.

Blend may be selected for certain coarse, deep, curved, distorted, or previously manipulated follicles.

What Happens During Treatment

01

The Follicle Is Assessed

Every hair provides information.

Its thickness, texture, depth, direction of growth, location, and the condition of the surrounding skin help determine how treatment should be approached. Curved, distorted, previously tweezed, ingrown, or hormonally influenced hairs may require a more individualized strategy.

This is one reason visible hair should be long enough for the electrologist to see its direction and manipulate it with a tweezer without picking at the skin.

02

A Sterile Probe Is Inserted

A very fine probe is guided into the follicle’s natural opening alongside the hair shaft.

The skin is not pierced in the way it would be during an injection. A correct insertion follows the existing follicular canal beneath the surface of the skin.

Probe size, insertion depth, angle, and timing are selected according to the characteristics of the hair and follicle.

03

Controlled Energy Is Delivered

A carefully selected amount of electrical energy travels through the probe to the treatment area within the follicle.

The goal is to disable the structures responsible for producing and regenerating the hair while respecting the surrounding skin.

Treatment settings are not one-size-fits-all. They may be adjusted according to:

  • Hair thickness and depth

  • Follicle shape and direction

  • Treatment area

  • Skin response

  • Moisture within the follicle

  • Previous methods of hair removal

  • Client sensitivity and comfort

  • The modality being used

04

The Hair Is Gently Released

Following adequate treatment, the hair should slide from the follicle with little or no resistance.

It should not feel as though it is being forcefully tweezed.

A smooth release is one of several signs an electrologist uses when evaluating the treatment of that follicle.

05

The Skin Begins Its Recovery

Temporary redness, mild swelling around individual follicles, warmth, or tenderness may occur after treatment. These responses are usually part of the skin’s normal inflammatory and healing process. Slight temporary discoloration can also occur in some clients. source »

Your post-treatment instructions are designed to protect the treated area while the skin settles.