The Difference Between Galvanic and Thermolysis Electrolysis (2024)

FAQs

The Difference Between Galvanic and Thermolysis Electrolysis? ›

Galvanic electrology creates its effect by converting moisture in the follicle into caustic lye to break down the walls and structure of the hair follicle while thermolysis relies on heating this same moisture to the point of electrocoagulation.

Galvanic electrolysis is one of the most effective forms of electrolysis, able to remove even the strongest, coarsest hair. It'll also help remove distorted follicles, where the lye is fluid, flowing into the follicle's base. That's because the current is attracted to the area with the greatest moisture.

The disadvantage is that it is time consuming as it may require 2 to 5 minutes for the complete electrolysis cycle to complete. The process of electrolysis was first used for permanent hair removal in 1875 by Charles E. Michel, M.D. who used it to remove ingrown eyelashes in patients with trichiasis.

The blend method uses a combination of SWD and galvanic currents and benefits from the greater effectiveness of the galvanic method and the warmth produced by SWD.

Thermolysis is one of the fastest and least painful types of electrolysis hair removal. This method uses an alternating current that moves back and forth between the poles of the probe. The current is lower in intensity than galvanic electrolysis, and more hair regrowth may occur between visits.

Galvanic electrology creates its effect by converting moisture in the follicle into caustic lye to break down the walls and structure of the hair follicle while thermolysis relies on heating this same moisture to the point of electrocoagulation.

Regardless of the cause of your unwanted hair growth – heredity, metabolic, or hormonal conditions – electrolysis will permanently remove unwanted hair to reveal a glowing, confident you.

The heat generated during thermolysis destroys the papilla and bulge area of the hair follicle, preventing regrowth. This process is precise and efficient, making it a popular choice for individuals seeking long-term solutions for unwanted hair.

Yes, galvanic current can potentially reduce wrinkles. It works by stimulating the skin cells, increasing blood flow, and improving the absorption of anti-aging ingredients.

The duration of each galvanic electrolysis session varies, depending on the size of the treatment area and hair growth density. Tackling a small area such as the upper lip might take 30 minutes, but removing hair from larger regions such as the legs and back, may take several hours.

How many hairs can an electrologist remove in an hour? ›

Your electrologist removes individual hairs from the body one by one, approximately 200-800 hairs per hour. Laser covers large areas and can treat thousands of hairs.

During the initial few sessions, hairs will begin to regrow after one to six weeks – as these hairs were dormant at the time of the procedure. Over multiple sessions, previously dormant hairs will be targeted, eventually leading to complete and permanent hair removal.

It's best to stop shaving for at least 2 days before your appointment. And for other methods like waxing, tweezing, and etc., these should be stopped 2-3 weeks prior to your first treatment and they must be discontinued once your series of electrolysis appointments begin.

The type and thickness of the hair being treated can affect the success of electrolysis. A coarse, thick, hair shaft, is generally more challenging to treat than fine hair, as it requires more energy to destroy the hair follicle completely.

Treatments should be repeated every two to four weeks for maximum effectiveness. Electrolysis works best when the hairs are in the active growing phase. For the maximum result we recommend not waiting more than two to three weeks once you have seen the new hair growth appear.

Salt solution electrolysis will be fastest

In a experiment it was calculated that lemon solution takes almost 80-85 seconds, vinegar solution takes about 65-70 seconds, baking sodas takes approximately 50-55 seconds and salt solution takes around 20-25 seconds. to produce hydrogen and oxygen particles.