Pico laser facials have become a popular treatment for sun damage, pigmentation, and texture, but what actually makes this technology different from other lasers? The answer is in the name: pico, short for picosecond, refers to the speed of the laser pulse itself. That speed is what sets this treatment apart, and it's worth understanding if you're deciding whether a [pico laser facial] is the right fit for your skin.
Our pico laser facial is performed using the Candela PicoWay, an advanced picosecond laser that's also used for laser tattoo removal at CLEO. That same precision is part of why the treatment works so well for pigment, texture, and fine lines.
What Does "Pico" Mean in Pico Laser?
A picosecond is one trillionth of a second. Pico lasers deliver energy in pulses that fast, which is dramatically shorter than the pulse duration used in older laser technologies. Many traditional lasers, including Q-switched lasers, operate in nanoseconds (billionths of a second) instead.
That difference in pulse speed changes how the laser interacts with the skin. Older, slower lasers tend to rely primarily on heat: the pulse heats up pigment or tissue long enough to break it down, which is effective but can also generate more heat in the surrounding skin. Pico lasers, because the pulse is so much shorter, interact with the skin differently.
How Does a Pico Laser Work? Photomechanical vs. Photothermal
This is the core of the science. Most traditional lasers work through a photothermal effect: light energy converts to heat, and that heat is what does the work of breaking down pigment or damaged tissue. This is effective, but the heat generated can also affect the surrounding skin, which is part of why some laser treatments come with more downtime or a higher risk of side effects like temporary discoloration.
A pico laser's pulses are so short that they create what's called a photomechanical effect instead. Rather than relying mainly on heat, the ultra fast pulse creates a rapid pressure wave that shatters pigment particles into much smaller fragments, almost like a controlled shockwave at a microscopic level. Because this effect relies less on heat, there's typically less thermal impact on the surrounding tissue.
Why Pico Lasers Work Well for Pigmentation
When it comes to sun spots, melasma, and other pigmentation concerns, the way pigment is broken down matters. The photomechanical effect of a pico laser shatters pigment into finer particles than a slower, photothermal laser typically can. Smaller pigment particles are easier for the body's natural processes to clear away, which is part of why pico technology is often associated with effective results for stubborn pigmentation.
If you're dealing with spots that seem to have appeared out of nowhere, our post on why sun damage shows up years later explains where they come from.
How a Pico Laser Facial Stimulates Collagen and Elastin
Beyond pigment, the rapid pulses of a pico laser also interact with deeper layers of the skin in a way that stimulates the skin's own healing response. This process, known as laser induced optical breakdown (LIOB), creates a controlled response in the skin that supports the body's natural production of collagen and elastin, the two proteins that give skin its structure and elasticity.
This is why a pico laser facial isn't only used for pigmentation. The same underlying mechanism is part of why the treatment is also used to help improve the appearance of fine lines, uneven texture, and acne scarring, since all of these concerns are tied to how the skin produces and organizes collagen.
Does a Pico Laser Facial Have Less Downtime?
Because a photomechanical effect generates less heat than a purely photothermal one, pico laser treatments are generally associated with less thermal damage to the surrounding skin. In practice, this often translates to less redness, less discomfort, and a shorter recovery window compared to some older laser technologies, though individual results and downtime can vary based on the treatment area and a person's skin.
Frequently asked questions
Q: Is a pico laser better than a Q-switched laser?
A: Both can treat pigment, but they work differently. A pico laser's shorter pulses break pigment into finer particles with less heat, which often means fewer sessions and less downtime for many people. The right option depends on your skin and the concern being treated.
Q: How many pico laser facial sessions will I need?
A: It depends on your skin and what you're treating. Some people see visible improvement after one session, while more stubborn concerns like melasma or acne scarring may benefit from a series of treatments spaced a few weeks apart.
Q: Does a pico laser facial hurt?
A: Most people describe the sensation as mild warmth or a light snapping feeling rather than significant pain.
Q: Can a pico laser facial treat melasma?
A: It can help reduce the appearance of melasma, though melasma is a persistent condition that responds differently from person to person. Consistent sun protection after treatment is key to maintaining results.
Q: What's the difference between a pico laser facial and a regular facial?
A: A traditional facial works on the surface of the skin through cleansing, exfoliation, and extractions. A pico laser facial uses laser energy to target pigment and stimulate collagen in deeper layers of the skin, addressing concerns a regular facial can't reach.
See the Science in Action
The science behind the pico laser facial comes down to speed. By delivering energy in pulses measured in picoseconds rather than nanoseconds, the treatment relies on a photomechanical effect rather than a purely photothermal one. That difference is what allows the treatment to break down pigment more effectively, support the skin's natural collagen production, and do it all with less impact on the surrounding skin.
Ready to see what a pico laser facial can do for your skin? Book your appointment at your closest CLEO studio.
Leave a comment
This site is protected by hCaptcha and the hCaptcha Privacy Policy and Terms of Service apply.