How Are Q-Switched Lasers Used?

A quality-switched laser (Q-Switched) is a non-invasive laser that creates high-intensity pulsed beam light. The Q-Switched laser beam pulses last a mere billionth of a second. The energy emitted from a Q-switched laser is concentrated into very powerful pulses.

Q-Switched lasers are able to shatter tiny fragments of pigmentation or ink, stimulate collagen production or kill fungus. Because their contact with the skin is less than other lasers, Q-Switched lasers are known for not damaging surrounding tissue and causing unwanted side effects.

With advanced technology, Q-Switched lasers are used for many conditions, including the following:

Tattoo removal

Treatment of onychomycosis (toenail fungus)

Age spots

Sun spots

Birthmarks

Freckles

Moles

Spider veins

Café-au-lait spots

Telangiectasia

Angiomas

Port wine stains

Skin rejuvenation

Types of Q-Switched Lasers

There are several types of Q-Switched lasers. The crystal rods inside the lasers differentiate the lasers. The rods allow the Q-Switched lasers to produce different wavelengths. These variable wavelengths determine what the Q-Switched laser will be used for.

Some of the Q-Switched lasers include:

Q-Switched Nd:YAG Laser is used mostly for non-ablative skin rejuvenation, darkened scars, brown birthmarks. It is recognized for its ability to remove a wide range of tattoo colors.

Ruby Laser is used to remove rare tattoo colors like lime green and sky blue.

Alexandrite Laser is used for brown spots, sun spots, darkened scars, brown birthmarks, melasma and its ability to remove black ink tattoos and rare tattoo colors like lime green and sky blue.

While every patient is different, each tattoo that is undergoing removal is different. Different laser wavelengths are required to remove different colors of tattoo ink.

The Q-Switched Laser Tattoo Removal Process

Laser tattoo removal is the only method proven to remove tattoos without scarring. To remove a tattoo, the Q-Switched laser is pulsed over the tattoo, directing its light energy towards the ink.

The energy is absorbed by the ink particles which then shatter into tiny fragments.

In the days following the laser procedure, the body’s immune system will flush away the shattered ink particles and cause the tattoo to fade. With more treatments, more ink will be shattered leaving the skin free of the tattoo.

Only Q-Switched lasers are able to produce the amount of energy to remove both dark and bright tattoos without scarring.   www.civillaser.com

• ARTICLE