A cosmetic tattoo removal laser for brow, lip and eyeliner work

A cosmetic tattoo removal laser breaks up permanent makeup pigment in the brows, lips and lash line so the body can clear it over a course of sessions. Lumova’s Lunar series, delivered Australia-wide, uses Q-switched Nd:YAG technology with 1064 nm and 532 nm wavelengths. Between them, these cover the dark, brown and warm tones artists see most often in old brow, lip blush and eyeliner work. Results vary, several sessions are usually needed, and cosmetic pigment needs more caution than body ink. For body tattoo removal, start with our tattoo removal laser guide.

Why cosmetic tattoo removal is different from body tattoo

Cosmetic pigments are made and placed differently from body ink, so they respond differently to laser light.

Pigment chemistry

Cosmetic tattoo pigments, particularly older brow and lip formulas, often use iron oxides for browns, reds and flesh tones, and titanium dioxide to lighten or soften a colour. Both can react to a nanosecond laser pulse by turning darker instead of lighter, an effect known as paradoxical darkening. A soft taupe brow or a nude lip can turn grey, brown or close to black after a single pass. Darkened pigment can often be treated further, but discuss the possibility before you start.

Colour shift in healed work

Cosmetic tattoo rarely looks the way it did on the day it was done. Brows done with cool or carbon-heavy pigment can fade to blue-grey. Brows done with warm pigment or orange correctors can drift to red, orange or salmon. Lip blush often fades unevenly to a patchy pink or coral. Your wavelength choice depends on the colour you see now, not the colour the original artist chose.

Depth and layering

Microblading and feather brow strokes usually sit fairly shallow and can be patchy. Machine-shaded powder brows and older lip work tend to be denser and deeper. Many clients have had several sessions with more than one artist, with different pigments layered together, so expect mixed responses within a single brow.

Choosing wavelengths: 1064 nm or 532 nm

For most cosmetic tattoo, 1064 nm treats dark, brown, grey and blue-grey pigment, and 532 nm targets red, orange, pink and other warm tones. Your training and a patch test decide the actual settings.

Melanin also absorbs 532 nm strongly, so this wavelength needs extra care on darker and tanned skin. The third Lunar wavelength, 1320 nm, is used for carbon peel rather than pigment removal. For the physics behind each wavelength, see our guide to Nd:YAG wavelengths.

Brows, lips and eyeliner: zone by zone

Eyebrow tattoo removal

Brows are a common request: an old shape, colour that has turned grey or red, or blurred microblading or feather brow strokes. An eyebrow tattoo removal laser session usually starts at 1064 nm for dark and cool residue, with 532 nm for warm tones once a patch test has shown how they behave. Often the aim is lightening rather than full removal, so a new brow can be tattooed over the old one. Laser can also lighten or singe brow hairs in the treated area, so raise this at consultation.

Lip blush removal

As a lip blush removal laser, 532 nm is the typical choice, because lip blush and lip liner pigments are usually warm reds, pinks and corals. Lip blends often contain iron oxides or titanium dioxide to soften the colour, which makes darkening a real possibility. Start with a small test area, keep settings conservative and screen the client’s history, including any history of cold sores, as your training directs.

Eyeliner (lash line) removal

Laser eyeliner tattoo removal is possible, but it is the highest-risk zone on this page because the pigment sits millimetres from the eye. Eye protection for lash-line work generally means internal eye shields placed over the eye, not external goggles alone. Many operators refer eyeliner removal to a medical practitioner or carry it out under medical supervision. Only treat the lash line if your training, your insurance and your state’s requirements all cover it.

Patch tests and session spacing

Always patch test cosmetic pigment. Treat a small, discreet area at conservative settings, then wait until it has fully healed, usually several weeks, before planning the full treatment. At review, check:

• whether the pigment lightened, darkened or shifted colour
• how the skin responded and how it healed
• whether 1064 nm, 532 nm or both suit the remaining colour
• whether the client still wants to go ahead

Leave several weeks between sessions, commonly six to eight weeks or longer, so the skin can recover and the body can clear the fragmented pigment. The number of sessions depends on pigment type, depth, density, layering and the client’s skin. Your training and clinical protocols set the actual parameters.

Laser or saline removal

Neither method suits every case, and many cosmetic tattoo studios offer both.

Within laser itself, picosecond is the main alternative to Q-switched. Our guide to Q-switched vs picosecond lasers sets out the trade-offs fairly.

Adding removal and correction to a cosmetic tattoo business

For artists, a cosmetic tattoo correction laser lets you say yes to clients you would otherwise turn away.

• Correction before a new tattoo. Lighten an old brow that is too dark, the wrong shape or the wrong colour, then tattoo a new brow over it.
• A new service line. Removal and lightening are booked as a course of sessions, which brings clients back over several months.
• Referrals. Artists who do not offer removal need somewhere to send their clients.
• A broader menu. The same Lunar laser performs carbon peel at 1320 nm.

Before you start, plan a laser-controlled treatment room with eyewear rated for both 1064 nm and 532 nm for everyone present, and check that your insurance covers laser work.

Which Lunar laser suits a cosmetic tattoo artist

Choose Lunar L1 as a first laser, Lunar L2 for anything from fresh to deep, older pigment, and Lunar Pro for studios treating brows, lips and eyeliner at high volume. All three share 1064, 532 and 1320 nm, 1–10 ns pulses at 1–10 Hz, a touchscreen, a 1-million-shot lamp life and up to 2 hours of continuous operation.

• Lunar L1 is the entry point, with a simple interface for artists adding laser for the first time.
• Lunar L2 adds an F6 rod, 600 W with pre-ignition and up to 3000 mJ, covering fresh to deep, older brow and lip pigment.
• Lunar Pro suits daily work on all three zones, with a cryo cooling hammer that cools the skin before, during and after treatment.

For a full side-by-side view, see the Lunar comparison.

Training and support

Every Lunar laser includes an online training course, from laser fundamentals to demonstration treatments, covering handpiece tips and the 1064 and 532 nm wavelengths. In-person training is available on request. You also get Australia-wide delivery, a 12-month warranty, ongoing support and payment plans through third-party equipment finance. Equipment training does not replace any licence your state requires. Prices are on request, so contact us for a quote.

Cosmetic tattoo removal laser questions

Can a laser remove cosmetic eyebrow tattoo?

Yes, a Q-switched Nd:YAG laser can lighten and in many cases remove cosmetic eyebrow tattoo, though results vary with the pigment and several sessions are usually needed. Dark, grey and blue-grey brows usually respond at 1064 nm, while warm brows are treated at 532 nm after a patch test, because iron-oxide pigment can darken.

How many sessions does it take to remove cosmetic brow tattoo with a laser?

There is no fixed number: light, shallow microblading may lighten within a few sessions, while dense, layered or older brows can need many more. Sessions are usually spaced several weeks apart, commonly six to eight weeks or longer, so a full course can run for months.

Can lip blush be removed with a laser?

Lip blush can often be lightened with a laser, usually at 532 nm for red and pink tones, but it needs a conservative approach. Lip pigments frequently contain iron oxides or titanium dioxide that can darken, so a patch test on a small area comes first, and results vary from client to client.

Is laser or saline better for cosmetic tattoo removal?

Neither is better in every case: laser tends to suit dark pigment and warm pigment matched to 532 nm, while saline does not depend on pigment colour and is often chosen for light, white or flesh-tone correctors. Many studios offer both and choose per client.

Why does cosmetic tattoo sometimes go darker or orange after laser?

Cosmetic pigments often contain iron oxides and titanium dioxide, which can change chemically under a nanosecond laser pulse and turn grey, brown or black, an effect called paradoxical darkening. An orange or red tone after treatment often means the darker, cooler part of a mixed pigment cleared first and left the warm component behind, which may then be treated at 532 nm.

Can cosmetic tattoo artists use a laser in Australia?

It depends on the state or territory: some require a licence for the operator, the laser or the premises and may involve a medical practitioner, while others rely mainly on general workplace health and safety and consumer law. Rules change, so check current requirements with your regulator before treating clients.

Which wavelength removes brown or red brow pigment?

Dark brown, grey and blue-grey brow pigment is usually treated at 1064 nm, while red, orange and warm brown tones are targeted at 532 nm. Because warm browns often contain iron oxide, patch test at conservative settings first and allow for some pigment darkening before it lightens.

Is laser eyeliner tattoo removal possible?

Yes, laser eyeliner tattoo removal is possible, but it is the highest-risk cosmetic tattoo zone because the pigment sits on the lash line beside the eye. It generally calls for internal eye shields rather than goggles alone, and many operators refer it to a medical practitioner or carry it out under medical supervision.