If you want to get rid of unwanted hair, you’ve probably tried many methods, such as shaving, hair removal products and waxes. While you may have found these methods effective in removing unwanted hair, you might realize that you want something more permanent. Laser hair removal and electrolysis are two ways you can get long-term or permanent hair removal results. However, what’s the difference between these two hair removal treatments new york ny? Laser hair removal uses mild radiation through high-heat lasers. The process of electrolysis works by inserting an epilator device into the skin. But which method is more effective?
Electrolysis Is More Permanent
By delivering shortwave radio frequencies to hair follicles, electrolysis can stop new hair from growing. This is because it damages your hair follicles, which prevents growth and causes existing hairs to fall out. Electrolysis is backed by the U.S. Food and Drug Administration (FDA), unlike laser hair removal. This is because it produces more permanent results. it’s also an extremely versatile method, meaning that it inhibits new hair growth for all skin and hair types. Electrolysis can also be used anywhere on the body, including the eyebrows.
Electrolysis Doesn’t Require Maintenance
You need multiple sessions to achieve results with electrolysis as you would with laser treatments. This is especially true if you’re having the procedure done on a large area like your back or an area with thicker hair growth, like the pubic region. However, once all the hair is gone, you won’t need any more treatments, which means no maintenance is required with electrolysis.
When deciding between electrolysis and laser hair removal, think of the type of results you want to achieve. If you’re okay with getting regular treatment, then laser removal may be the choice for you. IPL hair removalÂ is a great way to get rid of hairs without going to any professionals however, so you shouldÂ consider that option too. But you might choose electrolysis if you want something more permanent.