Surface pigment
532 nm for spots, freckles, and warm tattoo ink.
How it works
Pulses of 450 picoseconds shatter pigment before surrounding tissue absorbs the energy as heat. The body clears the fragments through the lymphatic system over the following weeks. 532 nm treats surface lesions; 1064 nm reaches deeper pigment and darker skin types.
What you can treat
Pigment, melasma, and tattoos: picosecond pulses, low heat, short recovery.
Deep pigment
1064 nm for melasma, stubborn pigment, and darker skin.
Tone & quality
Optional 585 / 650 nm for renewal and skin quality.
Case mix
Melasma, spots, tattoos, and texture on one platform.
Sun spots and surface pigmentationMelasma and stubborn pigmentFreckles and age spotsHormonal hyperpigmentationBlack and color tattoosPost-acne and post-inflammatory marksCarbon-assisted laser peelTexture, tone and skin uniformity renewalCollagen stimulation and skin regeneration
The wavelengths
4 optional wavelengths
Each wavelength works at a different depth and goal: from surface pigment to deep pigment and renewal.
- 532 nmSurface pigmentSun spots, freckles, reddish pigment and surface pigmentation
- 1064 nmDeep pigmentMelasma, deep pigment, dark tattoos and post-pigmentation
- 585 nmBrightening and tone renewal · OptionalSubtle pigment, skin tone renewal, uniform and brighter appearance
- 650 nmSkin renewal and firming · OptionalSkin texture improvement, collagen stimulation, anti-aging
532 / 585 / 650 / 1064 nm
Before & after
Pigmentation2–4 sessions
Tattoo removal6–12 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 AVELA in the room.
Pico Laser technology with ultra-short pulses for precise pigment breakdown: pigmentation, melasma, sun spots, and tattoos.