Picosecond Laser Technology at Elyzea

Ultra-short pulses (trillionths of a second) — photoacoustic, not thermal

Picosecond lasers (PicoSure, PicoWay, PicoQ and similar) marked a generational leap over traditional Q-switched systems. Shortening pulse duration from nanoseconds to picoseconds (1000× shorter) changes the primary mechanism: instead of heat fragmenting pigment, it's a pressure wave (photoacoustic effect). The clinical consequences: less thermal damage, less inflammation, safer on darker skin.

Technical data

Pulse durationPicoseconds (10⁻¹² s) — typically 300–450 ps
Wavelengths532 nm (red/yellow/pink), 755 nm (dark ink, melasma), 1064 nm (blue/green/dark tattoos on darker skin)
Primary mechanismPhotoacoustic (pressure wave)
CertificationsFDA (USA), CE (Europe), DIGEMID (Peru)
IndicationsSun spots, melasma, lentigines, PIH, tattoos, micropigmentation, rejuvenation
Safe phototypesI to VI (one of the safest lasers on darker skin)
Downtime1–3 days mild redness

Why we chose picosecond

Minimal thermal damage

Pulse 1000× shorter than traditional Q-switched. Ink fragments mechanically, not from excess heat that could burn the skin.

Safe on darker skin

Less heat = less risk of post-inflammatory hyperpigmentation. One of the few lasers where phototype IV-VI doesn't significantly limit use.

Multiple wavelengths

532/755/1064 nm treat different pigments and depths. Single-wavelength clones limit indications.

Fewer sessions

Simple spots: 1–3 sessions (vs 5–8 with Q-switched). Tattoos: 30-50% fewer sessions than traditional lasers.

How it's configured

Dra. Geldres selects wavelength, fluence, and spot size per case:

  • Sun spots: 532 nm or 755 nm, medium fluence, 1–3 sessions
  • Melasma: 1064 nm, low fluence, 4–6 sessions (avoid over-stimulation)
  • Black tattoos: 1064 nm, high fluence, 4–10 sessions per ink
  • Micropigmentation: 755 nm or combination, 3–5 sessions

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