Eyebrow Tattoo Removal Process Guide

1. Pigment Characteristic Analysis

Beyond the visible color, we meticulously analyze the composition of the tattoo pigment, its location within the skin layers, and the density of the pigment particles.

2. Test to Prevent Discoloration

Before the main procedure, we perform a test shot to anticipate how the pigment will react to the laser. This aims to prevent unwanted pigment discoloration.

3. Customized Treatment Plan Development

After each session, we carefully monitor the pigment's changes and your skin's condition. Based on these results, we individually adjust the direction of your next treatment.

4. Wavelength Adjustment According to Pigment Penetration Depth

We select the appropriate laser wavelength based on how deep the tattoo pigment is distributed in the skin. We approach pigment removal by targeting multiple layers.

Features of Eyebrow Tattoo Removal Treatment

1. Customized Treatment Through Precise Pigment Analysis

If treatment is performed based solely on visible color, achieving the desired results may be challenging.

Before treatment, we identify the exact composition of the tattoo pigment (e.g., iron oxide, carbon, composite inks, etc.). Furthermore, we undergo a diagnostic process that involves a multifaceted analysis of how each pigment will react to laser wavelengths, and at what depth and density it is located within the skin.

The appropriate laser wavelength and energy intensity settings vary depending on the pigment's distribution layer and particle size. Therefore, precise analysis based on extensive clinical experience is essential.

2. Preventing Discoloration Through Pre-Treatment Testing

Pigments, especially those containing iron oxide, can sometimes exhibit a reverse reaction, turning dark red or reddish-brown when exposed to a laser.

Therefore, before treatment, we perform a test shot for all clients to ascertain how each pigment reacts. This allows us to carefully determine the most suitable laser wavelength and energy.

If pigment discoloration is observed, we gradually increase and adjust the laser intensity, performing the treatment delicately to minimize stress on the skin.

3. Individualized Plan Tailored to Treatment Progress

Eyebrow tattoo removal is not a treatment that proceeds strictly according to a fixed number of sessions.

After each session, we carefully observe the pigment's changes and your skin's condition, then readjust the direction of the next treatment accordingly.

For example, if discoloration is observed after the first session, the laser wavelength must be changed for the subsequent treatment. Furthermore, treatment intervals can be flexibly adjusted based on individual skin reaction speed and the degree of pigment removal.

4. Multi-faceted Approach Based on Pigment Depth

Pigments used in eyebrow tattoos generally reside in the upper dermis, but the depth of pigment penetration and distribution can vary among individuals. Considering these individual differences, we precisely adjust the laser's penetration depth. For example, for shallow pigments close to the epidermis, we use a 532nm wavelength, while for pigments deeply embedded in the dermis, we use a 1064nm wavelength, proceeding with a multi-layered approach to pigment removal.

Rather than treating all tattoo pigments with the same settings, we adhere to a treatment method that individually adjusts the wavelength and intensity according to the pigment's depth and location.

Principle of Eyebrow Tattoo Removal Treatment

Selective Photothermolysis Process

The light energy emitted from the laser does not significantly affect the surrounding normal skin tissue. Instead, it is absorbed and acts exclusively on the tattoo pigment particles.

This absorbed energy is converted into thermal energy, causing the pigment particles to instantaneously expand intensely or shatter into very fine fragments.

The core of this principle is that the surrounding healthy skin tissue is protected from damage.

The laser's wavelength is carefully chosen, considering the type of pigment used in the tattoo and its penetration depth into the skin.

Generally, the 1064nm wavelength can reach deep into the dermis, making it useful for removing black or brown pigments.

Meanwhile, the 532nm wavelength can work more effectively on bright pigments like red and orange found in the epidermis.

However, to effectively remove a tattoo, it's not just the wavelength that matters, but also the laser's 'pulse duration,' which is a crucial consideration.

In eyebrow tattoo removal treatments, very short pulse durations, typically shorter than nanoseconds (ns), are used. The purpose is to deliver powerful energy concentrated solely on the pigment particles in an extremely brief moment.

The instantaneously concentrated energy reduces heat spread to surrounding tissues, locally creating high pressure and temperature within the pigment particles, breaking them down into microscopic fragments or transforming them into gas.

The finely broken-down pigment particles are absorbed by the body's macrophages. They are then gradually expelled from the body over time through the lymphatic circulation process.

The pigment expulsion process is known to begin with a lymphatic response approximately 3 days to 2 weeks after treatment. The broken-down pigment can be transported to lymph nodes and processed by organs like the liver or spleen.

Even after that, over several weeks to months, as the immune system continues to be active and lymphatic circulation occurs, any remaining pigments can gradually fade.

그 후에도 몇 주에서 몇 달에 걸쳐 면역 시스템이 지속적으로 활동하고 림프 순환이 이루어지면서, 남아있는 색소들이 서서히 옅어질 수 있습니다.

Tattoo removal is not simply a process of burning off pigment. It is a procedure that uses a laser to finely break down pigment particles, helping our body absorb these fragments and naturally excrete them.

A shorter laser pulse width allows pigment particles to be broken down more finely and uniformly. These smaller particles can be recognized and processed more efficiently by the body's immune system, which can help increase the safety and expected effectiveness of the procedure.

Eyebrow Tattoo Removal Process

STEP 1. Understanding Individual Pigment Characteristics

We comprehensively evaluate factors such as the type of tattoo pigment, its depth in the skin, concentration, and potential for oxidation.

STEP 2. Anesthetic Cream Application

We apply a sufficient amount of local anesthetic cream to the treatment area to minimize discomfort during the procedure.

STEP 3. Test and Main Procedure

We first perform a test procedure to check skin reactions. Then, we select the appropriate wavelength (1064nm or 532nm) for the pigment and proceed with the main treatment, adjusting the laser intensity according to the skin's reaction during the procedure.

STEP 4. Cooling and Skin Stabilization

To soothe any white reaction or redness that may occur after the procedure, we provide calming treatments using regenerative ointment or Jaungo (purple gromwell ointment).

STEP 5. Reaction Check and Future Treatment Direction Setting

We meticulously observe and record the progress of skin reactions after the procedure, and based on these results, we plan your next treatment.

Discomfort and Management Methods During Eyebrow Tattoo Removal

• Because anesthetic cream is applied, you may generally feel a tolerable level of stinging during the procedure.
• The white reaction or skin redness that may occur immediately after the procedure usually subsides naturally within a few hours.
• Occasionally, scabs may form or redness may persist longer, but most individuals feel comfortable within 2-3 days.

Treatment Interval

• Tattoo removal procedures are usually performed with an interval of 4 to 6 weeks. It is recommended to maintain an interval of at least 4 weeks to allow the skin to fully recover and for the fragmented pigment particles to be effectively expelled from the body.
• Depending on the density of the tattoo pigment and individual skin characteristics, 3 to 5 or more treatment sessions may be required.
• Taking too short an interval between treatments can cause unnecessary skin irritation or potential pigment discoloration. Allowing sufficient time for pigment particles to metabolize and be expelled from the body helps achieve more satisfactory results.

Consider This Procedure If:

• You have semi-permanent eyebrow tattoos that have changed color over time to gray, red, or blue.
• You feel your eyebrow design is unnatural or wish to correct or remove it due to left-right asymmetry.
• You are planning a new eyebrow tattoo and want to remove existing pigment first.
• You desire a natural eyebrow line to change your overall impression.
• You are seeking improvement after being dissatisfied with the results of a past eyebrow tattooing procedure.

The Medical Team's Perspective

The process of eyebrow tattoo removal requires more subtlety than simply using a laser.

It is crucial to accurately diagnose all factors, such as the depth of the pigment in the skin, its particle size, its composition, and the potential for future discoloration.

Especially in cases where pigments like iron oxide-based ones might show unpredictable reactions, accurate diagnosis and laser intensity adjustment based on the medical team's extensive clinical experience may be more important than standardized laser procedures.

When performing the procedure, we believe it is more desirable to approach it by pre-identifying the tattoo pigment's composition and conducting sufficient reaction tests, rather than simply operating the device according to a fixed method.

In tattoo removal procedures, the expertise of the medical professional performing the treatment is as crucial as the performance of the device itself.

Stable and predictable treatment results can only be achieved when the medical team's rich clinical experience, delicate procedural sensibility, and accurate judgment are harmonized.

As medical professionals, we strive to meticulously assess each individual's eyebrow condition.

Accurate analysis leads to predictable results, which is why we meticulously check and manage every stage, from diagnosis to the post-treatment recovery process.

We will always treat every patient with sincerity to ensure satisfactory results for those who visit our clinic.

Post-Procedure Precautions

• It is recommended to avoid washing the treated area and prevent irritation for at least 6 hours after the procedure to keep it from coming into contact with water.
• Protecting the treated area from UV radiation is important. We recommend diligently applying sunscreen and wearing a hat or sunglasses when going outdoors.
• It is best to leave scabs on the treated area until they fall off naturally. Please be careful not to pick them off, as this may irritate or damage the skin.
• Consistent application of a regenerative cream is recommended for faster recovery of the treated area. A regenerative cream can help soothe the skin and aid in the regeneration process.
• For at least one week after the procedure, avoid visiting high-temperature environments such as saunas or jjimjilbangs. It is also advisable to refrain from strenuous exercise that causes excessive sweating. This is because it may cause unnecessary irritation or strain on the skin during its recovery phase.
• To prevent infection and irritation in the treated area, it is best to avoid applying makeup to the eyebrow area for at least one week. Please especially avoid using products that directly touch the skin, such as pencils or tattoo pens.