Shattering Pigment Instead of Heating It
A picosecond pulse works mechanically rather than thermally, which is why it reaches pigment and texture that longer pulses leave behind.
What the Pico Pulse Actually Changes
Conventional lasers deliver energy over nanoseconds, which is fast, and the pigment absorbs it as heat. Heat works, and heat also spreads into the tissue around the target, which is where most of the downtime and most of the risk comes from.
A picosecond pulse is a thousand times shorter. At that speed the energy arrives faster than heat can conduct away, so the pigment particle is broken apart by pressure rather than cooked. Less thermal spread means less downtime and a wider margin on skin types that tolerate heat poorly.
On the face that translates into work on sun damage, uneven tone, dullness and textural irregularity. On ink it translates into fragments small enough for your body to clear more efficiently. It is the same physics doing two very different jobs.
A Good Fit If You Recognize Yourself Here
And if your pigment is hormonal rather than sun driven, we will tell you, because that changes the plan entirely.
Three Steps, Start to Finish
Skin Typed and Assessed
We look at what is actually driving your pigment, because sun damage and hormonal pigment respond very differently and need different plans.
Settings Matched to You
Wavelength and fluence are chosen for your skin type and your target. On a higher risk skin type we test first.
Sequenced and Reviewed
A short series spaced a few weeks apart, with photographs at the start so we are judging against evidence.
Faster Pulses, Less Heat
Most of what people dislike about laser treatment is thermal spread. Shortening the pulse is how you reduce it.
What the Days After Look Like
Selective Photothermolysis, Taken to Its Limit
A laser is selective because a specific target absorbs its wavelength more strongly than the tissue around it. Melanin and tattoo ink both absorb well. The pulse duration then decides what happens next: long enough and the target heats and spreads that heat, short enough and it fractures without warming its surroundings.
Picosecond delivery sits at the short end of that range. Fragmenting pigment mechanically produces smaller particles for your lymphatic system to clear, and confining the energy in time confines it in space, which is the source of the shorter recovery.
This is still an energy device with real risks: burns, blistering, and both hyperpigmentation and hypopigmentation, all far more likely on recently tanned skin or on an unassessed skin type. Hormonal pigment such as melasma can also rebound with aggressive treatment, and we would rather undertreat it than trigger that.
What People Ask Us First
The pulse is dramatically shorter, so pigment is shattered by pressure rather than heated. Less heat spreading into the skin means less downtime and a better margin on skin types that tolerate thermal treatments poorly.
With correct settings it is generally better tolerated than heat based alternatives, but safe is a decision made after assessing your skin type rather than a property of the machine. We test first on higher risk skin.
Usually a short series rather than one appointment. The number depends on what we are treating and how your skin responds. You will get a realistic range at the consultation.
Sun driven pigment returns if you go back into the sun without protection. Hormonal pigment behaves differently and tends to be a managed condition rather than a solved one. We will tell you which one you have.
Usually the following day, and often the same evening. We will give you specific aftercare based on how intensely we treated you rather than a generic sheet.
Often Considered Alongside This
Let Us Look at What Is Driving the Pigment.
Sun damage and hormonal pigment look similar and need completely different plans. Getting that right first saves you money.
4211 N. Buffalo Road, Suite 15, Orchard Park, NY 14127
