Can All Tattoo Colours Be Removed? A Guide to Ink Colours & Laser Removal

One of the most common questions we hear is whether every tattoo colour can actually be removed. It is a fair question, because not all colours behave the same way under a laser. Some fade quickly and dramatically, while others are famously stubborn and take more patience.

The short answer is that most colours can be significantly faded or fully removed with the right laser technology and a realistic plan. But the journey is different for black ink than it is for a vivid green, and understanding why helps you set sensible expectations from the start.

At Best Tattoo Removal Perth, we are a dedicated, nurse-led clinic in Menora that does one thing only: laser tattoo removal. Our treatments are carried out by a registered nurse and medically supervised, and we use a dual-technology laser specifically because colour matters so much. Here is what you need to know about ink colours and laser removal.

How lasers target pigment by wavelength

Laser tattoo removal works on a simple but clever principle. The laser delivers light at specific wavelengths, and each wavelength is absorbed by certain pigment colours. When a pigment absorbs that light energy, it heats rapidly and shatters into tiny fragments, which your body then clears away through the lymphatic system over the following weeks. You can read the full explanation on our page on how laser tattoo removal works.

The crucial point is that a colour can only be treated effectively if the laser produces a wavelength that colour will absorb. A wavelength that black soaks up readily may barely be noticed by a bright green. This is why the laser technology a clinic uses has such a direct bearing on which colours it can treat well.

Easiest to hardest: a colour-by-colour guide

While every tattoo is different, colours tend to fall into a fairly predictable order of difficulty.

Black and dark inks (easiest)

Black is the easiest colour to remove because it absorbs almost every wavelength of laser light. That broad absorption means the laser can shatter black pigment very efficiently, which is why black ink usually fades fastest and shows the most dramatic early results. Dark blues and dark browns often behave similarly.

Reds and oranges (moderate)

Warm colours like red and orange generally sit in the middle. They respond reasonably well to the right wavelengths, though they can take a little more work than black. Reds in particular tend to clear at a moderate pace for most people.

Greens and blues (stubborn)

Greens and blues are the classic troublemakers. They reflect many of the wavelengths that black absorbs, so they need specific, well-matched laser light to break down. Historically, these colours were among the hardest to shift, and on older single-mode lasers they could be very slow to respond. The right technology makes a meaningful difference here, which we explain below.

Whites, yellows and pastels (hardest)

Light colours such as white, yellow and soft pastels are the most challenging of all. White ink in particular reflects rather than absorbs most laser light, and it can sometimes darken before it lightens. Yellows and pastels are similarly low in pigment density and can be slow to clear. These colours are not always fully removable, and we will always be honest with you if a colour is likely to be resistant.

Because results vary so much between colours, the only reliable way to understand your own tattoo is a personalised assessment, where a registered nurse can look at the specific inks involved.

Why dual pico and nano technology matters for colour

This is where the technology behind your clinic really counts. We use a dual-technology laser combining picosecond and nano-second (Q-Switched) modes, and the two modes complement each other.

The Q-Switched (nano-second) mode is highly effective on black ink, delivering the kind of broad, powerful energy that shatters dark pigment efficiently. The picosecond wavelengths, on the other hand, are particularly well suited to breaking down stubborn greens and blues, the very colours that older single-mode lasers struggled with.

Having both in one clinic means we are not limited to treating only the easy colours well. We can match the right mode and wavelength to the colours in your tattoo, which improves the range of inks we can address and supports more even fading across a multi-coloured design. It is one of the reasons a dedicated, properly equipped tattoo-removal clinic can differ from a general cosmetic clinic that offers removal as a sideline.

Curious how your colours will respond?

Every tattoo is a unique mix of inks, and the best way to understand yours is a personalised assessment. We offer a free phone consultation with no obligation. Book your free consultation and we will talk you through what to realistically expect for your colours.

Amateur versus professional ink

The type of ink and how it was applied also affects how a colour responds. Professional inks are usually applied evenly and at a consistent depth, which makes them more predictable to treat. The trade-off is that professional tattoos are often densely pigmented, so vivid colours can need more sessions.

Amateur or homemade tattoos, including stick-and-poke designs, are frequently shallower, which can sometimes help. But they may use unknown or inconsistent inks, applied unevenly, so they can fade in a patchy way and behave unpredictably. Both professional and amateur tattoos can be treated, but knowing which you have helps us plan realistically.

A caution about UV, glow and cosmetic inks

Some inks deserve special care. UV or “glow in the dark” inks, white ink, and cosmetic tattoo pigments such as those used in microblading or permanent makeup can react unpredictably to laser treatment. In particular, certain pigments can oxidise and darken when first treated, especially those containing iron oxide or titanium dioxide, which are common in flesh-toned and cosmetic inks.

This darkening is usually treatable with further sessions, but it is exactly why a careful, considered approach matters. For inks like these, a patch test is sensible: treating a small area first to see how the pigment responds before committing to a full session. This is part of the structured, medically supervised care we provide, and it is a key safety consideration we cover in our guide on whether laser tattoo removal is safe.

If you have a cosmetic tattoo or an unusual ink, please mention it at your consultation so we can plan appropriately and set the right expectations.

Realistic expectations per colour

Putting it all together, here is an honest summary. Black and dark inks usually fade well and relatively quickly. Reds and oranges tend to respond at a moderate pace. Greens and blues are more stubborn but very treatable with the right picosecond technology, simply requiring patience. Whites, yellows and pastels are the hardest, may need the most sessions, and are not always fully removable.

Because colour is only one of several factors, your total number of treatments will also depend on the age, depth and density of the ink, your skin type, the placement and your general health. We cover all of this in our guide to how many sessions tattoo removal takes.

Whatever colours your tattoo contains, our approach is the same: honest guidance, realistic expectations and a personalised plan. Whether you want full removal or simply a lighter fade for a cover-up, we will tell you candidly what is achievable. Results vary from person to person, and a consultation gives you a tailored assessment rather than a one-size-fits-all promise.

Frequently asked questions

Can all tattoo colours be removed?

Most colours can be significantly faded or removed with the right laser technology. Black and dark inks fade easiest, while white, yellow and pastel inks are the hardest and are not always fully removable. A consultation gives you an honest, personalised assessment of your specific colours.

Why are green and blue tattoos so hard to remove?

Greens and blues reflect many of the wavelengths that black ink absorbs, so they need specific, well-matched laser light to break down. Our dual-technology laser includes picosecond wavelengths that are particularly effective on these stubborn colours, though they can still take more patience than black.

Will coloured tattoos take more sessions than black ones?

Often, yes. Black fades fastest, while colours like green, blue, yellow and white usually need more sessions. Your exact number also depends on ink depth, density, the tattoo’s age, your skin type and placement, so a personalised estimate is the most reliable guide.

Can white or skin-toned ink darken during removal?

Yes, this can happen. Some white and flesh-toned cosmetic inks contain ingredients that may oxidise and darken when first treated. This is usually treatable with further sessions, and a patch test helps us see how the pigment responds before a full treatment.

Do you do a patch test for unusual inks?

For cosmetic, UV or unusual inks we may recommend a patch test, treating a small area first to observe the response. This careful, medically supervised approach helps us plan safely. Please mention any cosmetic or unknown inks when you book your consultation.

Does the type of laser really affect which colours can be removed?

It makes a significant difference. A laser must produce a wavelength that a given colour will absorb. Our dual picosecond and Q-Switched system lets us match the right mode to the right colour, which broadens the range of inks we can treat effectively, including stubborn greens and blues. u002du002d- Wondering whether your tattoo’s colours can be removed? Our dedicated, nurse-led clinic in Menora gives you honest answers and a personalised plan at a free phone consultation. Book your free consultation today, or contact us on 0458 623 292 to learn more.


Wondering whether your tattoo’s colours can be removed? Our dedicated, nurse-led clinic in Menora gives you honest answers and a personalised plan at a free phone consultation. Book your free consultation today, or contact us on 0458 623 292 to learn more.