Microblading
Fine manual strokes intended to resemble eyebrow hairs. Pigment depth and composition can vary significantly.
Pulsar Laser Studio · Patient guide
A clear, honest guide to eyebrow tattoo removal, eyeliner removal, cosmetic pigment colour changes, patch testing, laser and saline pathways, treatment sessions, risks and aftercare.
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Cosmetic tattooing explained
Permanent makeup is a form of cosmetic tattooing. Pigment is implanted into the skin to create or enhance features such as eyebrows, eyeliner and lip colour.
Terms such as microblading, ombré brows, powder brows, combination brows, hairstroke brows and semi-permanent makeup describe different techniques, but pigment has still been placed into the skin.
Although cosmetic tattoos are often described as semi-permanent, they do not always disappear evenly. Pigment can remain for years, change colour, blur, migrate or become unsuitable as facial features and fashion preferences change.
Fine manual strokes intended to resemble eyebrow hairs. Pigment depth and composition can vary significantly.
Machine shading creates a filled or graduated brow effect and may contain several layers of pigment.
Hairstrokes and shading are combined, so different sections can contain different pigment density and depth.
Pigment is placed close to the lash line. Removal requires specialist eye protection and careful case selection.
“Semi-permanent” does not mean easy to remove. Cosmetic pigment can contain complex blends designed to create natural-looking browns, taupes, blacks, reds, yellows and flesh tones.
The removal process
A suitable laser wavelength delivers a very short pulse of energy into responsive pigment. Larger pigment particles are fragmented into smaller pieces, which the body gradually processes over time.
The current appearance, likely pigment mixture, skin type and previous treatment history are reviewed.
Different pigment colours absorb different wavelengths. One wavelength cannot reliably treat every cosmetic colour.
Visible fading develops over the following weeks. Further colour components may become apparent as the brow changes.
The first laser session may not simply make the brow lighter. It may reveal red, orange, pink or yellow pigment that was previously mixed beneath a darker brown or black appearance.
Before treatment begins
The exact ingredients in a cosmetic tattoo are not normally visible from the surface. Two brows that look similar can respond very differently because pigment brands, colour correctors, depth, age and previous treatments vary.
A patch test is informative, not a guarantee. Different sections of the same brow can contain different colour mixtures, depth and scar tissue, so later areas may not behave identically.
Why eyebrows can change colour
Natural-looking brow pigments are often created by blending several colour components. A brown pigment may contain black, red, orange, yellow and white ingredients in different proportions.
When laser treatment reduces one component more effectively than another, the remaining colour becomes easier to see. This is commonly described as colour unmasking.
| Visible stage | What may be happening | Possible next step |
|---|---|---|
| Dark brown or black | A darker component may dominate the appearance before treatment. | A suitable dark-pigment wavelength may be considered after consultation and patch testing. |
| Red or pink | The dark component may have reduced, revealing a warm pigment underneath. | A different wavelength may be required after the skin has fully healed. |
| Orange | Red and yellow components may remain in a changing proportion. | Further treatment depends on the true colour, skin type and patch-test response. |
| Yellow | A resistant yellow component may be the final visible pigment. | Yellow can be difficult to target and may not respond adequately to available wavelengths. |
| Grey, blue or green cast | Pigment chemistry, depth, migration or colour correction may affect the visible result. | Reassessment is required before choosing another wavelength or removal method. |
| Sudden darkening | White, flesh-toned or iron-containing cosmetic pigment may have changed after laser exposure. | Pause treatment and review the healed patch before any further procedure. |
The most difficult cosmetic pigments
Yellow often absorbs available tattoo-removal wavelengths poorly and can remain after darker or red components have reduced.
White and pale ingredients can be resistant and may darken after laser exposure rather than becoming lighter.
Camouflage pigment can contain white, beige, red or yellow components and may respond unpredictably.
Some pale cosmetic pigments can change to grey, blue-grey or black following laser exposure. A cautious patch test is particularly important, and laser may not be the appropriate pathway for every pale or corrected brow.
Yellow may sometimes soften, but it is one of the least predictable cosmetic colours. A dedicated guide will explain realistic treatment limits and alternative planning.
Supporting article coming soonRead why white and pale pigments can resist treatment or darken after laser exposure.
Read the white pigment guide →Treatment numbers
There is no honest fixed number. Some brows respond quickly, while others require a staged course because several pigment components appear one after another.
Dark pigment may respond differently from red, orange, yellow, white or corrected cosmetic colours.
Repeated top-ups and colour corrections can create several pigment layers at different depths.
Microblading strokes, machine shading and older deep cosmetic tattoos may respond differently.
The visible colour does not reveal the exact ingredients or how they will change with laser.
Laser, saline, acids or other removal attempts can alter colour, texture and healing response.
Settings and intervals must remain appropriate for the skin even when faster fading is desired.
Complete clearance, partial fading or preparing for a future brow correction may require different endpoints.
A course may stop when the remaining colour no longer responds safely to the available treatment.
Realistic expectation: eyebrow tattoo removal may be a staged colour process rather than a simple fade from dark to invisible. Complete removal cannot be guaranteed.
Treatment close to the eye
Selected eyeliner tattoos may be suitable for laser removal, but treatment beside the eye requires a specialist pathway. Standard external goggles do not protect the eye adequately when pigment sits directly on or very close to the eyelid.
Where treatment is appropriate, correctly fitted internal ocular shields may be required. These shields sit over the eye after suitable preparation and must only be used by a trained practitioner following an appropriate protocol.
Eyeliner colour, migration, pigment depth, previous procedures, eye health, skin condition and the position of the tattoo all affect suitability.
The proximity of the eye changes the safety requirements. Treatment should only proceed after a dedicated consultation and with the appropriate eye-protection pathway.
Comparing removal pathways
Laser and saline removal work in different ways. Neither is automatically the correct choice for every eyebrow tattoo.
| Factor | Laser removal | Saline removal |
|---|---|---|
| Basic approach | Uses a suitable laser wavelength to fragment responsive pigment. | Uses a tattooing or needling process to introduce a removal solution into the skin. |
| Best suited to | Selected pigments that absorb an available wavelength appropriately. | Cases where a trained saline practitioner considers the pigment and skin suitable for an invasive extraction pathway. |
| Colour limitations | Yellow, white, flesh-toned and some mixed cosmetic pigments can be difficult or unpredictable. | Results still vary according to depth, pigment, scarring and the skin’s healing response. |
| Skin trauma | Creates a controlled laser response without re-tattooing the entire brow. | Physically reopens the skin and creates a wound-healing response. |
| Scarring risk | Scarring, burns and pigment changes are recognised risks. | Scarring, infection, prolonged healing and texture change are also recognised risks. |
| Patch testing | Useful for assessing colour response and possible darkening. | A small-area assessment may still be appropriate according to the practitioner’s protocol. |
| Complete removal | Cannot be guaranteed. | Cannot be guaranteed. |
Where a suitable wavelength is available, the skin is suitable and the patch test shows an acceptable response.
Where residual yellow, white or corrected pigment does not respond adequately or darkens unexpectedly.
Where significant scarring, active skin disease, poor healing, recent procedures or other risks make further trauma inappropriate.
A combined or staged plan may occasionally be discussed, but the skin must fully recover between methods. Repeatedly switching procedures without adequate healing can increase inflammation and scarring risk.
Technology explained honestly
Nanosecond and picosecond describe the duration of the laser pulse. A picosecond pulse is shorter, but pulse duration alone does not decide whether a cosmetic tattoo is suitable or whether a difficult colour can be removed.
Wavelength, delivered energy, fluence, spot size, beam quality, pigment chemistry, skin type, treatment technique, eye protection and healing intervals all contribute to the result.
Pulsar uses the German-engineered Asclepion NanoStar Y active Q-switched nanosecond laser at its Chorley clinic. We do not market it as a picosecond laser. We explain its available wavelengths honestly and decline or refer cases that fall outside an appropriate treatment pathway.
A dedicated comparison of nanosecond and picosecond treatment for cosmetic pigment is planned.
Supporting article coming soon
During and immediately after treatment
Most clients describe a fast snapping, hot-pricking or elastic-band sensation. Eyebrow treatment is usually brief, although discomfort varies with density, skin sensitivity and the treatment area.
Balanced information
Permanent makeup removal is not risk-free. Correct assessment, conservative treatment planning, adequate intervals and careful aftercare reduce risk but cannot remove it completely.
Repeated microblading, machine passes, colour corrections, saline procedures or earlier removal attempts can alter the skin before laser treatment begins. As pigment fades, existing texture may become more noticeable.
Supporting recovery
Always follow the individual instructions provided at your appointment. The advice below is general and does not replace guidance based on your own treatment response.
Do not judge the final colour immediately. Swelling, frosting, inflammation and pigment oxidation can temporarily change how the brow appears. The healed result must be assessed before another treatment decision is made.
Seek advice for increasing pain, spreading redness, increasing heat, pus, fever, significant swelling, eye symptoms, extensive blistering, delayed healing or any reaction that concerns you.
Your treatment pathway
Provide clear, makeup-free photographs in natural light or book a consultation so we can understand the pigment and your treatment goal.
We assess visible colour, technique, layering, skin type, scarring, previous removal, medical information and whether laser is an appropriate pathway.
A small area is tested to assess lightening, colour unmasking, unexpected darkening and the surrounding skin response.
The immediate appearance is not the final result. Sufficient time is allowed for the pigment and skin response to become clear.
If the patch remains suitable, settings and the treatment area are agreed. Some brows may be treated in stages rather than all at once.
The skin is allowed to recover and the body is given time to process fragmented pigment. Sessions are not rushed.
The brow may now appear lighter, warmer or different in tone. The next wavelength or treatment pathway is chosen from the healed result.
Treatment may end with residual yellow, pale or resistant pigment if further laser would offer little benefit or create unnecessary risk.
Current permanent makeup removal pricing
Final suitability and pricing are confirmed after reviewing the treatment area, colour, density, previous procedures and complexity.
| Treatment | Price | Important information |
|---|---|---|
| Eyebrow permanent makeup removal | £120 per session | Consultation and patch testing are required before full treatment. |
| Partial eyebrow fading | Quoted after assessment | Suitable where only selected sections, tails, fronts or migrated pigment require treatment. |
| Eyeliner tattoo removal | Individual quotation | Requires a dedicated consultation, specialist suitability assessment and appropriate eye-protection pathway. |
| Complex or previously treated cosmetic tattoo | Individual quotation | May include layered pigment, colour correction, scarring, saline removal or several cosmetic areas. |
A written quotation should clearly state the area being treated, the agreed price and whether the goal is full removal, partial fading or preparation for future correction.
Supporting patient guides
This cornerstone guide will be supported by focused articles answering the most common permanent makeup removal questions.
A detailed guide to pigment fragmentation, wavelengths, staged colour removal and realistic outcomes.
Supporting article coming soonWhy mixed cosmetic pigment can reveal warmer colours during a laser-removal course.
Read published guide →Why yellow is difficult to target and when the safest decision may be to stop laser treatment.
Supporting article coming soonWhy white, beige and flesh-toned pigments can resist treatment or darken after laser exposure.
Read published guide →The factors that affect treatment numbers and why cosmetic tattoo removal is often staged.
Supporting article coming soonSpecialist eye protection, consultation, suitability, colour changes, risks and aftercare.
Supporting article coming soonHow the two pathways differ and why neither method is automatically best for every pigment.
Supporting article coming soonHealing, swelling, colour changes, scarring, infection risk and when to contact the clinic.
Supporting article coming soonHow a small test can reveal lightening, colour unmasking or unexpected pigment darkening.
Supporting article coming soonWhy wavelength, pigment chemistry, energy delivery and technique matter alongside pulse duration.
Supporting article coming soonFrequently asked questions
No. Some cosmetic tattoos clear very well, while others leave resistant yellow, pale, grey or shadow pigment. Complete removal cannot be guaranteed.
The darker component may have reduced first, revealing red or pink pigment that was already part of the original colour mixture.
Some red and orange pigment can respond to a suitable wavelength, but skin type, tanning, exact pigment chemistry and patch-test response must be considered.
Yellow is often difficult to target and may absorb available wavelengths poorly. Further laser is not always appropriate when yellow is the final residual colour.
Some pale cosmetic pigments can undergo a chemical colour change after laser exposure and appear grey, blue-grey or black. A patch test is particularly important.
Sometimes the new dark colour may respond to another laser pathway, but this is not guaranteed. The patch must heal fully before reassessment.
The number varies with pigment colour, depth, layering, previous top-ups, colour correction, skin response and the final treatment goal.
The interval must allow the skin to heal and pigment clearance to continue. The appropriate timing is confirmed from the individual response and may be extended during the course.
Temporary hair lightening or shedding can occur. Permanent hair loss is a recognised risk, although the treatment is directed at tattoo pigment rather than hair removal.
Not while the skin is healing. Tinting, waxing, threading, lamination and active skincare should wait until the area has fully settled and the clinic confirms it is appropriate.
Do not apply makeup over broken, blistered, crusted or irritated skin. Follow the individual aftercare given at your appointment.
Selected eyeliner tattoos may be suitable for specialist treatment with appropriate internal eye protection. Not every case is suitable.
Temporary lightening or shedding may occur and lash protection is important. The individual risks are discussed during consultation.
Not automatically. Saline removal is an invasive skin procedure and also carries risks including infection, prolonged healing, pigment change and scarring.
A staged combination may occasionally be considered, but the skin must fully recover and each method must be selected for a clear reason. Repeated trauma can increase scarring risk.
No. Pulse duration is only one factor. Wavelength, energy, beam quality, pigment chemistry, skin type, technique and healing intervals all matter.
No. A patch test provides useful information, but different sections of the brow may contain different pigment mixtures, depths and scar tissue.
Yes. Scarring is a recognised risk, particularly where the skin has been repeatedly tattooed, previously scarred, treated too aggressively or disturbed during healing.
Pulsar does not perform laser tattoo removal during pregnancy. Other medical circumstances should be discussed during consultation.
The Asclepion NanoStar Y active Q-switched nanosecond laser is located at Pulsar’s Chorley clinic.
Start with an individual assessment
Send clear, makeup-free photographs in natural light or book a consultation so we can assess the colour, technique, layering, skin condition and safest removal pathway.
Sources and further reading
This guide provides general information and does not replace an individual consultation, patch test, eye assessment or medical advice. Further reading: U.S. FDA — Tattoo Removal: Options and Results; U.S. FDA — Tattoos and Permanent Make-up; Laser Removal of Eyeliner and Eyebrow Tattoos: Experiences and Learnings; North Bristol NHS Trust — Tattoo Laser Treatment; Salisbury NHS Laser Clinic — Laser Treatments.