Why doesn't hair fall out after IPL hair removal?
Welcome to this article dedicated to Intense Pulsed Light hair removal. If you've already tried this method of hair removal, you've probably wondered why your hair doesn't disappear immediately after treatment. In this article, we'll look at the different reasons and what you can expect following your treatment. The aim of this article is to help you understand the IPL hair removal process and adjust your expectations regarding results. And yes, like all other methods, there's nothing magical or immediate about it, but you can be sure that over the long term, the results will be there!
Factors influencing the hair removal process with Intense Pulsed Light
Skin color is an important factor, as pulsed light targets melanin, the pigment responsible for hair color. Darker hairs absorb more light than lighter ones, enabling more effective destruction of the hair follicle. Intense Pulsed Light hair removal is therefore more effective on light skins with dark hairs. People with darker skin or lighter hair may require different adjustments to avoid any risk of burning. Depending on the type of IPL hair removal device you use, your skin type may not be compatible, so it's essential to take this into account when finding the right device for you. The E-one clinic RC can target a wider range of skin and hair colors.
Hair density is also a crucial factor. The higher the hair density, the more sessions are needed to achieve satisfactory results. Thick, resistant hair may also require more sessions to be completely removed.
Every individual is unique, so results may vary according to these and other factors, such as age, gender and hormonal fluctuations. That's why a personalized assessment is essential before any IPL hair removal session, to determine which areas need to be treated and at what intensity. You can contact us via our contact form to have one of our experts advise you and guide you through the use of your E-one.
Why doesn't hair fall out immediately after an IPL session?
IPL hair removal is a permanent hair removal technique that targets hair follicles with flashes of light to eliminate them. This method is effective, but many people wonder why hair doesn't fall out immediately after an IPL session. In reality, hairs have a life cycle that must be interrupted before they fall out. Several factors can influence this process, including skin color and hair density. This means that the time it takes to see the first results can vary from person to person. In general, it takes 10 to 15 days after each IPL session for hair to start falling out, but several sessions are necessary to achieve optimal results.
The number of sessions required for total hair removal
Intense pulsed light is one of the most effective hair removal methods for permanent hair removal. However, hair does not fall out directly after each session, as pulsed light targets hair in its growth phase. Several sessions are therefore essential to interrupt the hair life cycle and completely eliminate unwanted hair. The number of sessions depends on various factors, such as the area of the body to be treated and skin type. It is important to follow the recommendations of the professional who performs the sessions, and to carry out a pre-treatment assessment to determine whether Intense Pulsed Light is the most suitable hair removal technique for your skin and hair type. On average, 6 to 8 sessions are required to obtain the results you've been dreaming of. After that, just one booster session every year will do the trick to keep your skin smooth and hair-free.
Conclusion
All in all, Intense Pulsed Light is a highly effective hair removal method for lasting hair removal. Although several sessions are required to achieve the desired results, this technique offers many advantages for long-lasting hair removal. However, it is essential to take precautions to ensure a safe and effective treatment, in particular by taking into account contraindications and carrying out a pre-treatment assessment for a personalized evaluation of the areas to be treated.