What's the Difference Between Laser Hair Removal and IPL?
Those who are new to the world of laser hair removal often experience confusion regarding the difference between laser and IPL (Intense Pulsed Light). The similarity between the two are that they're both used to disrupt hair growth cycles by generating energy, but that's about it. Laser and IPL both use different types of technology to generate different types of light.
Laser
You may not be aware, but L.A.S.E.R. is an acronym that stands for light amplification by stimulated emission of radiation. The machines produce a single wavelength of light (meaning the light has one color and form), allowing for a very concentrated beam that is able to target one specific thing; in this case, the melanin in a hair follicle. The machine can be tuned to emit a specific wavelength that will work best to target a client's hair, depending on their hair color. As a result, laser systems tend to create more heat in the targeted area and often provide better results than IPL treatments. Additionally, the laser targets only the melanin in hair and leaves the surrounding tissue untouched.
IPL
IPL, or intense pulsed light, is a useful tool when it comes to treating surface pigmentation spots and blood vessels. An IPL, though, isn't a laser. The light produced by an IPL device includes a broad spectrum of wavelengths and colors. In fact, it's a lot like a light bulb! Each wavelength can only penetrate so far into the skin, meaning that the light that reaches a hair follicle won't be as concentrated or powerful with an IPL as opposed to a laser. Since the light doesn't go as deep, thicker, deeper hairs are often difficult to treat.
Ultimately, the choice between laser and IPL will depend on what you want done. If you'd like to even out your skin tone, an IPL machine should do the trick. For hair removal, lasers are much more effective.
If you have any additional questions about laser hair removal in the Grand Rapids area, give us a call at 616-447-9393 or stop by agentletouch.net.