Tattoo Removal Laser
Laser tattoo removal fragments ink with rapid picosecond pulses the body clears over a course of sessions. The Pro 1 Pico's 500 ps delivery targets multi-colour ink across a broad range of skin types.
Ultra-short laser pulses shatter tattoo ink into tiny particles your body gradually clears. Picosecond delivery is fast and generally well tolerated, and the 1064 nm wavelength is suited to darker skin.
- 500 ps picosecond delivery for photoacoustic ink fragmentation.
- 1064 nm for dark and black ink; 532 nm for red and warm tones; optional 585/650 nm for selected blue and green.
- Used across a broad range of Fitzpatrick skin types with appropriate parameters.
- A course of sessions; clearance depends on ink type, depth, colour, and skin type.
Relevant technologies
Pro 1 Laser devices
Overview
Laser tattoo removal uses rapid, high-peak-power pulses to fragment tattoo ink into particles small enough for the body to clear over a course of treatments.
Picosecond pulses deliver energy in extremely short bursts, which can improve clearance of stubborn ink while helping to spare surrounding tissue.
Wavelength is matched to ink colour: 1064 nm for dark and black ink, 532 nm for red and warm tones, and optional 585 nm and 650 nm handpieces for selected blue and green inks. See the Pro 1 Pico and the Pro 1 Pico for tattoo removal guide for device-level detail. This page is educational; suitability is determined by a trained provider.
FAQs
How many sessions does laser tattoo removal take?
It varies by ink type, depth, colour, and skin type. A clinician assessment determines a realistic course of treatment for each patient, and complete clearance is not assured for every tattoo.
Which technologies are used for tattoo removal?
Picosecond and Q-switched Nd:YAG modes target a broad range of ink colours and depths.
Which ink colours can be treated?
1064 nm targets dark and black ink, 532 nm targets red and warm tones, and optional 585 nm and 650 nm handpieces add options for selected blue and green inks.
Is tattoo removal suitable for darker skin?
The 1064 nm wavelength is less absorbed by epidermal melanin, which is why it is used for tattoo removal in darker skin types, with conservative settings selected by a trained provider.
How does picosecond delivery compare with Q-switched?
Picosecond pulses are shorter than nanosecond Q-switched pulses, producing a stronger photomechanical effect that can improve clearance of some inks while helping spare surrounding tissue. Results still vary by patient.