What is Electrology?
Methods of Electrology
Electrology employs three main modalities, each using a different technique to deliver the electrical current:
Galvanic Method:
Uses a direct electrical current.
The current causes a chemical reaction that produces a small amount of lye, which destroys the follicle.
Thermolysis (Shortwave Method):
Uses alternating current to produce heat.
The heat damages the follicle.
Blend Method:
Combines galvanic and thermolysis techniques.
The galvanic current chemically damages the follicle, while thermolysis provides additional heat for faster and more effective destruction.
Effectiveness
Electrology can treat all hair types, colors, and skin tones, unlike some laser hair removal methods that rely on pigment contrast.
Multiple sessions are often needed because hair grows in cycles, and only actively growing hairs (anagen phase) can be effectively treated.
Safety and Side Effects
Electrology is generally safe when performed by a licensed professional.
Temporary side effects may include redness, swelling, or mild irritation at the treatment site.
Proper aftercare helps minimize these effects and promotes healing.
Electrology is widely recognized as the only method of permanent hair removal approved by the FDA.
Electrolysis is a method of permanent hair removal that uses a small electrical current to destroy the hair follicle, preventing future hair growth. During the procedure, a fine probe is inserted into the hair follicle, and an electrical current is applied. This current either generates heat or causes a chemical reaction (depending on the type of electrolysis used) that destroys the follicle's ability to produce hair. Electrolysis is effective for all hair types and colors, as well as all skin tones, making it a versatile and FDA-approved solution for permanent hair removal. It is a precise, safe, and long-lasting method, often chosen for areas like the face, underarms, legs, and bikini line.
Process
Insertion of a Probe: A thin, sterile probe (similar in size to the hair being treated) is inserted into the natural opening of the hair follicle. The probe is not a needle; it does not puncture the skin but slides into the follicle.
Application of Electrical Current:
An electrical current is delivered through the probe to the hair follicle.
This current destroys the growth cells responsible for producing hair.
Hair Removal: After the follicle is treated, the hair is carefully removed with tweezers. Since the follicle is no longer active, the hair will not regrow.