You may be a model, an actor, or a college girl who loves wearing her favorite party wears but finds it difficult to spend that extra time removing the hair on your leg. If so, you are reading the right article to know what will work for you and how to get rid of strawberry legs. No matter what the problem is, there is a solution for that which will leave you to satisfy. Leg Laser Hair Removal [กํา จัด ขน ขา ถาวร, which is the term in Thai] is such a treatment that will make your legs look smooth and beautiful and no trouble of strawberry legs. Unlike other methods of hair removal, the laser does not have any side effects and can permanently cease the growth of hair on your legs.
The suitable patients
Laser treatment in the legs uses heat energy from laser light that goes into the hair roots, destroying the tissues that give rise to hair follicles. Well, not all can undergo laser and it is suitable for people who have troubles with sweat and develops bad odor due to the accumulation of hair on the leg. Moreover, it will be suitable for you if you want to invest in getting clean and smooth legs as the removal can allow penetration of nourishing creams, making it look more beautiful and appealing. Also, if you grow dense hair on your legs due to hormonal or any genetic disorder, this treatment is suitable and a must for you.
About skin or hair color
Well, questions may cross your mind as there are myths and fears about laser treatment. You may want to know whether your skin or the color of the hair make any difference in the treatment. Though that does not matter as anyone can opt for this treatment, however, the answer is yes as it works better on light complexions, having dark hair. The reason behind this is that the contrast of the pigment makes it easier for the laser beam to figure out the hair, travel through the skin and destroy the hair follicle. On the other hand, people having darker complexion might need more sessions and also, the doctor needs to be an expert to target the hair and select the appropriate measures of the laser.
