Dark ink & dermal pigment
1064 nm for tattoos, deeper lesions, and laser toning.
How it works
Nanosecond pulses fracture pigment particles before surrounding tissue can release the energy as heat; the lymphatic system clears the fragments over the following weeks. 1064 nm reaches deeper and is safer for darker skin; 532 nm suits sun spots and warm tattoo ink.
What you can treat
The pigment and tattoo menu most practices book: 3 wavelengths, one chassis.
Warm ink & sun damage
532 nm for red/orange ink, spots, and surface pigment.
Tone & texture
1320 nm for rejuvenation across a course of sessions.
Daily case mix
Tattoos, PMU, melasma, PIH, and toning.
Multi-color decorative tattoo removalCosmetic tattoo and permanent makeup removalSun spots, ephelides, surface lentiginesCafé-au-lait macules and Hori's nevusRecalcitrant melasma at low fluencePost-inflammatory hyperpigmentationCarbon-assisted laser peelLaser toning for tone and texture renewal
The wavelengths
3 interchangeable wavelengths
The handpiece sets depth and target: 1064 nm for deep pigment, 532 nm for surface work, 1320 nm for rejuvenation.
- 1064 nmNd:YAG fundamentalBlack and dark tattoo ink, dermal pigment, laser toning, carbon-assisted peel
- 532 nmKTP-doubled (green)Red and orange tattoo ink, sun spots, ephelides, surface lentigines
- 1320 nmSkin rejuvenation handpiece · OptionalCollagen-stimulation work, skin texture renewal
532 / 1064 / 1320 nm interchangeable handpieces
Before & after
Tattoo removal6–12 sessions
Pigmentation2–4 sessions
Texture & renewal3–6 sessions
Images shown for representation purposes only. Typical session counts are indicative and vary by skin type, condition, and protocol.
See ANDY in the room.
A Q-switched Nd:YAG with 3 wavelengths (1064, 532, and 1320 nm) for tattoo removal, pigment correction, and rejuvenation.