Eyebrow tattoo removal

Pigment analysis guides tattoo removal

Removing a tattoo without identifying its pigment accurately may leave uneven colour or place stress on the skin. KKEUT Clinic analyses the pigment carefully to improve removal efficiency while aiming to minimise scarring.

Before treatment, we assess pigment composition and reactivity, and perform a test exposure to check for possible colour changes. Energy is adjusted according to the response at each session, and the laser plan reflects pigment depth.

Looking beyond the visible colour

An unsuitable wavelength may darken the pigment or damage the skin without adequate removal. Accurate analysis is the starting point for safer, faster treatment. We examine both the visible colour and the pigment's underlying properties.

We assess composition, including iron oxide and carbon, as well as depth, particle size and concentration. The 532nm and 1064nm wavelengths are planned according to pigment location. Settings are tailored to the skin rather than applied uniformly.

Planning the next session from the skin's response

Pigment composition and laser response vary between individuals. Iron oxide pigments in particular may turn darker. A test exposure is performed before treatment, and the response guides wavelength and energy selection. We record pigment changes and skin reactions at every visit and use them to plan the following session.

Expected benefits and candidates

We aim to clear unwanted or discoloured eyebrow makeup, fragment pigment while reducing skin stress, and help restore a natural eyebrow line and skin tone.

Candidates include people whose eyebrow tattoos have turned grey, reddish or bluish; those wishing to correct an awkward or asymmetric eyebrow line; people preparing for another procedure; and those dissatisfied with previous eyebrow tattoo removal.

Aftercare

Face washing is possible six hours after treatment, with irritation kept to a minimum. Avoid direct sunlight and allow scabs to fall off naturally. Avoid saunas, steam rooms and strenuous exercise for at least one week, and avoid colour cosmetics on the treated area for at least one week. Use regenerative cream and soothing care carefully.

Frequently asked questions

How painful is treatment?

An anaesthetic cream is applied first. Most people describe a tolerable stinging sensation.

How many sessions are needed?

This depends on the pigment, but usually at least 3–5 sessions are performed at 4–6-week intervals.

What if the pigment changes colour?

A test exposure helps assess possible colour changes before treatment so that a safer approach can be planned.

Five treatment stages

We manage the whole process systematically. Pigment type, location and concentration are assessed, followed by anaesthetic cream with sufficient absorption time. A test exposure and treatment using selected 532nm or 1064nm settings are followed by cooling and soothing care with Jaungo and a mummy mask. The response is recorded to plan the next visit.

Case photograph: the images show the same person and are unretouched. Results vary between individuals. Redness, bruising and swelling may occur. Treatment by an experienced clinician is recommended.

Considerations for Eyebrow Tattoo Removal at Our Clinic

1. Accurate Diagnosis Through Pigment Component Analysis

Beyond identifying the color, we meticulously analyze the pigment's components, its location within the skin, and its concentration to ensure an accurate diagnosis.

2. Utilizing Test Shots to Prevent Discoloration

Before treatment, we always perform a test shot to observe the pigment's reaction. This helps to reduce the risk of discoloration.

3. Customizing Plans for Each Treatment Session

After each session, we carefully observe changes in the pigment and your skin's reaction. Based on this, we meticulously adjust the plan for your next treatment.

4. Adjusting Laser Wavelength According to Pigment Depth

We select the appropriate wavelength based on the depth of the pigment within your skin. The treatment involves targeting the laser across multiple layers.

Reasons to Consider Eyebrow Tattoo Removal at Our Clinic

1. Customized Diagnosis Based on Pigment Analysis

Proceeding with treatment based solely on color can lead to unexpected results.

Before treatment, we analyze the type of pigment, including iron oxide, carbon, and composite inks. Based on this analysis, we comprehensively determine how the pigment will react to different wavelengths, and its depth and density within the skin, which we then use for a precise diagnosis.

It is crucial to adjust the appropriate wavelength and energy according to the pigment's distribution depth and particle size. Such delicate adjustments require analytical capabilities built upon extensive clinical experience.

2. Test Shot Process to Reduce Discoloration Risk

Iron oxide-based pigments can sometimes exhibit a 'reverse reaction' by darkening when exposed to laser light.

Before treatment, we perform a test shot on all patients. This process allows us to pre-determine how the pigment will react to the laser and to set the appropriate energy and wavelength for each individual.

If the test shot shows a possibility of discoloration, we proceed with the treatment cautiously, gradually adjusting the laser intensity.

3. Customized Treatment Plan Reflecting Treatment Progress

Eyebrow tattoo removal is not a treatment that simply repeats a uniform, predetermined number of sessions.

After each treatment, we carefully check the pigment's reaction and, based on the results, establish a new direction and plan for the next session.

For example, if pigment discoloration occurs during the first treatment, a different wavelength might be chosen for the next session. Furthermore, treatment intervals can be adjusted based on the skin's reaction or the rate at which the pigment is absorbed.

4. Sophisticated Multi-Layer Design Considering Pigment Depth

The pigments used in eyebrow tattoos typically reside in the upper dermis, but their depth and distribution can vary among individuals. We precisely adjust the laser's penetration depth, applying a multi-layer design that uses a 532nm wavelength for shallow pigments in the epidermal layer and a 1064nm wavelength for deeper pigments in the dermal layer.

Rather than applying laser treatment with a uniform setting, we approach each case individually, precisely targeting the pigment's exact location.

Basic Principles of Eyebrow Tattoo Removal Treatment

Eyebrow tattoo removal treatment is based on the principle of 'Selective Photothermolysis'.

Principle of Selective Photothermolysis

This principle refers to the phenomenon where light energy is selectively absorbed only by specific pigment particles.

The energy absorbed by the pigment particles converts into thermal energy, which expands the pigment particles to a high-temperature state and breaks them down.

The core of this principle lies in protecting surrounding tissues from damage during the treatment process.

The laser's wavelength is primarily determined by the type of pigment to be removed.

For example, a 1064nm wavelength can penetrate deep into the dermal layer, which can be advantageous for removing black or brown pigments.

Conversely, a 532nm wavelength primarily acts on the epidermal layer and can be used for removing bright pigments like red and orange.

However, wavelength is not the only important factor. The duration of the laser pulse also plays a crucial role.

For eyebrow tattoo removal, we use lasers with extremely short pulse durations, shorter than nanoseconds (ns). The purpose of this is to concentrate very strong energy onto only the pigment particles within a short instant.

Concentrating energy within a short time prevents heat from spreading to surrounding tissues. As a result, only the pigment particles locally receive high pressure and temperature, causing them to break down into tiny fragments or turn into a gaseous state.

These finely broken-down pigment fragments are absorbed by our body's macrophages and then gradually expelled from the body through the lymphatic system.

This pigment expulsion process typically begins to appear as an initial lymphatic response within 3 days to 2 weeks. The broken-down pigment particles can be transported to lymph nodes and processed in areas such as the liver, spleen, and other lymph nodes.

Afterward, immune responses and lymphatic circulation continue over several weeks to months, gradually reducing the remaining amount of pigment.

Tattoo removal is not simply a process of burning pigment. It's a principle where lasers are used to precisely break down only the tattoo pigments, and our body's immune system naturally absorbs and expels them.

The shorter the laser pulse length, the more finely and uniformly pigment particles can be broken down. These finely shattered pigments can be more easily recognized and removed by our body's immune response, thereby enhancing the expected efficacy of the procedure and positively impacting safety.

Eyebrow Tattoo Removal Process

STEP 1. Precise Pigment Condition Examination

Our medical team carefully examines the type, depth, concentration of tattoo pigment, and the possibility of oxidation reactions.

STEP 2. Topical Anesthetic Cream Application

Anesthetic cream is applied to the area where the procedure will be performed. This helps to reduce discomfort.

STEP 3. Test Shot and Laser Procedure

A test shot is performed first to gauge the skin's reaction. Then, our medical team selects the appropriate wavelength (1064nm or 532nm) for the tattoo pigment and proceeds with the treatment. Laser intensity can be adjusted during the procedure based on the skin's reaction.

STEP 4. Cold Compress and Soothing Care

To alleviate temporary whitening or redness that may appear after the procedure, we assist with a soothing process using regenerating ointment or Jaungo (Korean traditional ointment), etc.

STEP 5. Confirm Procedure Reaction and Determine Next Procedure Direction

After observing changes and progress in the skin post-procedure, we will guide you on the direction of your next treatment.

Possible Symptoms and Aftercare Following Eyebrow Tattoo Removal

• After applying anesthetic cream, it is common to feel only a tolerable level of stinging in most cases.
• Temporary whitening or redness seen immediately after the procedure usually subsides gradually within a few hours.
• Although scabs or redness may persist for several days in rare cases, they generally tend to improve within 2-3 days.

Treatment Cycle

• We recommend treatments at 4-6 week intervals to allow sufficient skin recovery and smooth pigment expulsion. Maintaining an interval of at least 4 weeks is desirable.
• Depending on the tattoo pigment's darkness and individual skin type, 3 to 5 or more treatment sessions may be required. Treatment results may vary by individual.
• If the treatment cycle is too short, there's a possibility of skin damage or pigment discoloration. Therefore, allowing sufficient time for pigment to fade and skin to recover is considered crucial.

Consider Treatment In These Cases

• Those concerned about semi-permanent eyebrow tattoos that have changed color over time (e.g., greyish, reddish, bluish tones).
• Those dissatisfied with the design of existing eyebrow tattoos or wishing for removal due to asymmetry issues.
• Those who believe pigment adjustment is necessary before undergoing a new procedure over an existing tattoo.
• Those considering tattoo removal for a more natural appearance.
• Those who have undergone treatment elsewhere but were not satisfied with the results.

Chief Director's Insight

I believe the process of removing eyebrow tattoos holds more significance than simply firing a laser.

Every minute detail, including the exact location, depth, particle size, and composition of the pigment, as well as the potential for future discoloration, forms a crucial basis for diagnosis.

Especially in cases where pigments like iron oxide-based ones might exhibit unpredictable reactions, a meticulous examination based on skilled clinical experience and appropriate laser setting adjustments are far more important than simply irradiating with a laser.

It would be wise to choose a clinic that thoroughly checks pigment components and conducts reactivity tests before treatment, rather than one that merely operates equipment according to a fixed manual.

Tattoo removal is a delicate procedure that goes beyond mere mechanical operation; the skill and accurate judgment of the medical staff performing the treatment significantly impact the outcome.

When the medical team's extensive clinical experience, delicate sensibility, and accurate judgment harmonize, satisfactory results can be expected while maintaining safety.

As the chief director, we approach each patient with utmost care, not even overlooking the slightest detail of their eyebrow color.

Believing that precise diagnosis leads to predictable treatment outcomes, we meticulously observe and adjust every stage of the process, from diagnosis to post-procedure recovery.

We will always do our best to deliver the excellent results our patients expect.

Post-Procedure Precautions

• Please refrain from washing your face for at least 6 hours after the procedure to avoid irritating the treated area.
• Sun protection is crucial for the treated area. We recommend applying sunscreen thoroughly and wearing a hat or sunglasses.
• It's best to let scabs that form on the treated area fall off naturally, rather than picking at them. This supports your skin's healing process.
• Regularly applying a moisturizer that helps skin regeneration can positively affect your recovery.
• For about a week after the procedure, it's recommended to avoid high-temperature environments (like saunas or jjimjilbangs) and strenuous physical activities.
• For complete recovery of your eyebrows, it's best to avoid eyebrow makeup, such as pencils or tattoo pens, for at least one week after the procedure.