Lydia Justice Electrolysis

Lydia Justice Electrolysis is a permanent hair removal practice in Dublin, California. Electrolysis is the method at the center of the practice, and the site describes it as the only permanent hair removal method the FDA recognizes. The site also notes that electrolysis was first used to remove hair permanently in 1875.

The practice serves a broad range of clients, including athletes, people with coarse or curly hair, people with darker skin, clients experiencing hormonal changes or living with PCOS, teens, transgender clients and men. Men's treatment covers beard, neck, ear, back and chest hair. Treatment areas listed include the eyebrows, chin, upper and lower lip, jaw line, sides of the face, breasts, underarms, abdomen, bikini line, legs and back. The site says electrolysis works on all skin and hair types and colors.

A visit starts with a complimentary consultation, where the number of treatments is set for each client. Treatments and consultations are by appointment only, and the office does not take walk-ins. Sessions run from about 15 minutes to more than an hour, depending on the area. Late arrivals are charged for the originally scheduled time, and appointments cannot be extended. Payment is due at the time of treatment, by cash or credit card. Clients under 16 must come with a parent or legal guardian. Clients are asked to shave rather than pluck, wax, thread or tweeze between treatments, since the electrologist can only treat hair that is visible. Some moles can be treated where licensing rules allow, and a physician's written approval may be required.

Infection prevention follows the Standards for Infection Prevention written by the American Electrology Association, which draw on CDC, OSHA and APIC recommendations. Rates vary by treatment type and length, and clients are asked to call or text the office at 925-989-9800 to talk through their needs.

Follows the American Electrology Association's infection prevention standards and works with shortwave, galvanic and blend electrolysis.