Excellent permanent hair removal clinic Los Angeles by Bad Betty Electrolysis

Excellent permanent hair removal providers Los Angeles, CA by Bad Betty Electrolysis: Because hair grows in cycles (anagen, catagen, & telogen), you will need a series of treatments to make progress. At any given time, the hair visible to you only accounts for about 30% of the hair you have on that part of your body, while the rest are in various other stages of growth. This is why it’s important to avoid waxing, plucking, and tweezing (which prolongs the process by inhibiting our ability to see and epilate the hair). We take the position that any visible hair can be effectively treated with electrolysis, so the concern is not to catch the hair in anagen phase, but to avoid unnecessarily prolonging your journey by interrupting the stages of hair growth with methods that pull hair out at the root. Not to mention, waxing can stimulate hair growth! Discover even more details on Bad Betty Electrolysis.

Some clients take OTC pain relievers like Ibuprofen or Tylenol before their appointments. We strongly encourage you to consult your medical provider before choosing a pain reliever, and never consume more than the recommended daily amount. Injectables and sedatives can only be administered by a licensed medical provider and are currently unavailable at Bad Betty’s. However, we hope to provide this service for our clients soon.

You Don’t Need to Grow Hair Between Treatments: Unlike with waxing, you can shave in between your treatments. You no longer have to wait to grow your hair out because with laser hair removal you can shave as much as you want in between sessions. You can have laser hair removal treatment done over your lunch break, because there is no recovery time. The lasers do not remove skin, so there are very low risks. Is it painful? Laser hair removal is no more painful than waxing. If you have sensitive skin, there are numbing creams that can be used to make the experience more comfortable.

At minimum, you will see a permanent reduction in hair growth that becomes easier to maintain over time. Because it’s a long-term solution, it’s also cost effective. Over the course of your lifetime, you can save hundreds or even thousands of dollars, as there won’t be a need for monthly waxes or razor blade refills. Keep in mind that while laser hair removal works on all different skin tones, it is most effective on people with light skin and dark hair. People with darker skin tones may experience temporary hyperpigmentation of the skin in the treated area.

These beams are directed into the hair follicles which are made up of tiny sacs in your skin were your hairs grow, the pigment within the follicle absorbs the lasers light. This light energy then converts into heat which damages or destroys the hair follicle. After a laser hair removal treatment, the hair will not grow back for a long time, and in some cases, it will never grow back due to the damage caused to each hair follicle. These laser beams work by targeting the melanin (color) of the hairs. Treatment is often best suited for people with a light complexion and dark hair but quality results can still be achieved for other individuals if the practitioner is using the latest laser hair removal technology such as our 3D Trilogy Ice laser device.

We begin the hair removal process by assessing your hair removal needs and selecting a filament appropriate for your case. We choose the machine settings by starting with a low level of current and building up. This is the process of discovering your unique working point: the level of energy necessary to effectively epilate the hair in a given region of your body. The goal is to find the balance between a tolerable energy level for the you and a sufficient level of energy for successful epilation (where the hair slides out with little to no tension). We do not believe it is necessary or desirable to treat most hairs more than once, so we choose settings to achieve permanent removal as quickly as possible. Find additional information on Bad Betty Electrolysis.