Pigmentation
Pigmentation is a core program line for medical aesthetics institutions. SYNIXFIELD covers different pigment types with two technology routes: picosecond and Q-switched.
Devices and indication tiers
PicoStar picosecond laser: a 350–450ps pulse width shatters pigment through photoacoustic effects — suitable for fine treatment of freckles, sun spots and uneven tone, with a lower risk of post-inflammatory hyperpigmentation. Q-Switched pigment laser: a 1064/532nm dual-wavelength Q-switched platform for deep pigment and tattoo removal. OPT super photon: broad-spectrum improvement of uneven tone and photoaging.
Clinical program design
Pigment programs are typically spaced 6–8 weeks apart, photorejuvenation 3–4 weeks; melasma calls for lower energy with more sessions plus strict sun protection. Installation includes clinical protocol training. View all devices →
FAQ
How many sessions does pigmentation treatment usually need?
It depends on the pigment type and depth: superficial spots often show visible improvement in 1–3 sessions, while deeper or mixed pigment requires more sessions plus sun protection. Your provider will design an individualized plan after consultation.
Does laser spot treatment damage normal skin?
Q-switched and picosecond devices work on selective photothermolysis — energy is absorbed mainly by the pigment target. With proper operation the impact on surrounding tissue is limited; strict sun protection and moisturizing aftercare are required.
What aftercare is needed?
Do not scratch during the crusting phase, protect strictly from sun for 1–3 months, pause irritating skincare, and attend follow-up visits as scheduled by your provider.
Who is not suitable for pigment lasers?
Pregnant or nursing women, recent users of photosensitizing drugs, active skin inflammation or scar-prone individuals should be assessed first; the provider consultation conclusion prevails.
Further reading: Aesthetic machine buying guide