An epilator is an electrical device used to remove hair by mechanically grasping multiple hairs simultaneously and pulling them out. The way in which epilators pull out hair is similar to waxing, although unlike waxing, they do not remove cells from the epithelium of the epidermis. Aside from the spring in early spring-type epilators, there are no parts in epilators that require
Laser Cosmetica | Laser Hair Removal
laser cosmetica and multi laser hair removal blog
Saturday, September 18, 2010
Friday, September 17, 2010
Types Of Epilator
Spring type
The first type of epilator was the original Epilady released in Israel in 1986.The design incorporated a coil spring, which was bowed into a curve such that the coils on one side of the spring were squeezed tightly together while on the other side the coils were spread apart. The motor in the epilady rotated the spring, causing it to flex as it rotated. Moving the rotating spring across the skin caused the hairs to be caught up in the spring and pulled out the hair.Because the springs flexed continuously, they were subject to occasional failure and were sold separately as a replacement part.
Today, there are manual epilators designed for the face, that do not use a power supply; such as the Bellabe This design consists simply of a coil spring with 2 handles. The spring is then bowed into a curve and placed upon the unwanted facial hair whilst turning the handles. This caused the hairs to be caught between the coils of the springs and pulled out.
Rotating disc type
The Remington Lady Remington Smooth and Silky was designed to operate in a similar way to the spring type Epilady, except that a series of metal discs were used instead of a spring. It was the subject of extensive patent litigation in Europe due to a conceptual similarity to the spring type epilator.The failure of Epilady to defeat Remington in the patent litigation effectively opened the door for other manufacturers to produce designs based upon rotating discs.
Tweezer type
The rotating disc design has been refined such that, inThursday, September 16, 2010
Threading Hair Removal
Threading is an ancient method of hair removal. It is popular in Persian culture where it is called Bande Abru ("Abru" means eyebrow, and "Band" is the thread). Threading the entire face is widely spread amongst Iranians, but it was originally practiced when a woman was getting married or during special occasions. In ancient Persia, threading was a sign that a girl had reached adulthood and become a woman. It has also gained popularity in
Wednesday, September 15, 2010
Hair Removal | Intense pulsed light
Intense pulsed light (IPL), is a technology aimed at producing light of high intensity during a very short period of time. It involves specific lamps together with capacitors whose rapid discharge provides the high energy required.
It is a method of hair removal from the body most commonly employed by medical practitioners and estheticians. It involves the use of a specially constructed xenon flash lamp and focusing optics.
The Intense Pulsed Light hair removal process has become very popular due to its cheaper and
It is a method of hair removal from the body most commonly employed by medical practitioners and estheticians. It involves the use of a specially constructed xenon flash lamp and focusing optics.
The Intense Pulsed Light hair removal process has become very popular due to its cheaper and
Tuesday, September 14, 2010
Intense Pulsed Light Hair Removal Mechanics
The focused, broad-spectrum light is applied to the surface of the skin by way of either a hand-held wand or an articulated arm. This light travels through the skin until it strikes the hair shafts or the bulb (root) of the hair. The bulb is usually where the highest concentration of melanin is located, as opposed to the rest of the hair shaft. As the light is converted to heat energy, the bulb and most of the hair shaft are instantly vaporized. The intense heat radiated by the hair also destroys the hair-producing papilla or the entire hair follicle. It is also claimed that direct light-heat conversion occurs directly in the
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