[Eyebrow Tattoo Removal] Semi-Permanent Makeup Erasing

Our Approach to Eyebrow Tattoo Removal at This Clinic

1. Diagnosis Considering Pigment Type and Condition

We do not perform treatment based solely on visible color. We meticulously analyze the pigment's composition, depth within the skin, and concentration.

2. Pre-treatment Test to Prevent Discoloration

To ensure safe treatment, we carefully check the pigment's reaction by irradiating a small amount of laser beforehand.

3. Session-by-Session Treatment Plan Tailored to Individual Progress

We carefully observe the skin and pigment reactions after each treatment, delicately adjusting the plan for the next session.

4. Precise Irradiation According to Pigment Distribution Depth

We apply a multi-layered treatment approach utilizing various wavelengths, depending on the depth at which the tattoo pigment is located.

Reasons to Choose Eyebrow Tattoo Removal at Our Clinic

1. Precise Diagnosis Thoroughly Identifying Pigment Characteristics

Deciding the treatment direction solely based on the visible eyebrow tattoo color may not be sufficient.

Before treatment, we first examine the pigment components (such as iron oxide, carbon, composite ink, etc.). Based on this, we comprehensively diagnose how the pigment will react to each laser wavelength, how deep it is within the skin, and at what density it is spread.

The appropriate laser wavelength and energy can vary depending on the pigment's location and particle size. Therefore, meticulous analysis by medical staff with extensive clinical experience plays a crucial role.

2. Pre-treatment Test to Prevent Discoloration

Some iron oxide-based pigments may show a 'reverse reaction' where their color temporarily darkens when irradiated with a laser.

Before all treatments, we pre-check the pigment's reaction through test shots. Through this process, we carefully determine the appropriate laser energy and wavelength for each individual.

If discoloration is anticipated, we opt for a method of safely treating by gradually increasing the laser intensity.

3. Monitoring Treatment Progress and Establishing Session-Specific Customized Plans

We do not apply the same treatment for a fixed number of sessions.

After each treatment, we check for changes in the pigment and establish new directions and specific plans for the next session.

If pigment discoloration is observed in the first session, a different wavelength appropriate for it will be applied in the subsequent session. Furthermore, we flexibly adjust treatment intervals, considering individual differences such as skin reaction and pigment removal speed.

4. Multi-faceted and Precise Treatment Design Considering Pigment Penetration Depth

Eyebrow tattoo pigment typically resides in the upper dermis, but the penetration depth and distribution pattern can vary from person to person. We precisely adjust the depth reached by the laser during treatment. For example, we use a multi-layered approach, employing a 532nm wavelength for shallow pigments in the epidermal layer and a 1064nm wavelength for deeper pigments in the dermal layer.

Therefore, instead of using a single fixed method, we provide personalized treatment by accurately identifying the pigment's location and irradiating the laser accordingly.

Basic Principles of Eyebrow Tattoo Removal Treatment

The process of removing eyebrow tattoos is based on the principle of 'selective photothermolysis'.

What is the principle behind this selective photothermolysis?

The light energy emitted from the laser is selectively absorbed by only the tattoo pigment particles.

The absorbed energy immediately converts into heat, causing the pigment particles to rapidly heat up, expand, and shatter into tiny fragments.

A crucial aspect of this technology is that it operates while protecting surrounding skin tissue, minimizing stress on it.

The laser wavelength is selected considering the type and unique characteristics of the tattoo pigment.

The 1064nm wavelength deeply penetrates into the dermal layer of the skin and is primarily used for removing black or brown pigments.

Conversely, the 532nm wavelength primarily acts on the epidermal layer of the skin and is known to be more suitable for bright pigments like red or orange.

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

When removing eyebrow tattoos, extremely short pulses, shorter than nanoseconds, are utilized. It is crucial to focus strong energy solely on the pigment particles in a brief moment.

When energy is concentrated within a short period, the excessive spread of heat to surrounding tissues can be minimized. As a result, only the pigment particles in a limited area are shattered into tiny fragments or vaporized by high pressure and heat.

The finely fragmented pigment particles are absorbed by macrophages in our body. Subsequently, they undergo a process of gradual elimination from the body through lymphatic circulation.

This pigment excretion process typically begins with an initial lymphatic response between 3 days and 2 weeks after treatment. The fragmented pigments migrate to lymph nodes and are processed in organs such as the liver, spleen, and other lymph nodes.

Even after that, immune responses and lymphatic circulation continue for several weeks to months. Through this long process, any remaining pigment can also gradually disappear.

Tattoo removal treatment does not involve directly burning off the pigment. Instead, the laser finely breaks down the pigment particles, which are then absorbed by our body's immune system and naturally expelled from the body.

Pulse energy concentrated over a short period is effective in breaking down tattoo pigments into smaller, more uniform particles. These finely fragmented pigments are easier for the body's immune system to process, which can enhance treatment effectiveness and reduce the burden on the skin.

Eyebrow Tattoo Removal Procedure

STEP 1. Individualized Custom Diagnosis

We conduct a customized diagnosis by comprehensively assessing various aspects, including the type, depth, and density of the tattoo pigment, as well as the potential for discoloration over time.

STEP 2. Anesthetic Cream Application

To minimize any discomfort that may occur during the procedure, a sufficient amount of anesthetic cream is applied to the treatment area.

STEP 3. Test Shot and Laser Treatment

First, a test shot is performed to check the skin's reaction. Then, the laser treatment begins by selecting the appropriate wavelength (1064nm or 532nm) for tattoo pigment removal. During the procedure, the skin's reaction is continuously monitored, and the laser intensity is adjusted accordingly.

STEP 4. Soothing and Cooling Care

Immediately after the procedure, to alleviate temporary white changes or redness, we provide soothing care using regenerative ointments and Jaungo (a traditional Korean herbal balm).

STEP 5. Progress Documentation and Next Treatment Plan

After the procedure, the skin's reaction and overall progress are meticulously recorded and analyzed to determine the direction and cycle of the next treatment.

Pain and Aftercare During Eyebrow Tattoo Removal

• After applying anesthetic cream, some individuals may experience a tolerable stinging sensation.
• The white changes or redness that appear immediately after the procedure usually subside naturally within a few hours.
• Occasionally, small scabs may form, or some redness may persist, but these usually calm down gradually after about 2-3 days.

Recommended Treatment Interval

• To aid skin recovery and promote effective pigment expulsion, it is recommended to schedule treatments with an interval of approximately 4 to 6 weeks.
• Depending on the tattoo's pigment concentration and the patient's skin characteristics, a minimum of 3 to 5 or more treatments may be necessary, and the number of treatments can vary individually.
• If the treatment interval is too short, it can put a strain on the skin and carry the risk of pigment changes. Allowing sufficient recovery time for smooth pigment metabolism is crucial for achieving more stable results.

This treatment may be considered for those who:

• Wish to improve semi-permanent eyebrow tattoos that have discolored over time to grey, red, or blue.
• Are unhappy with their current eyebrow design or are considering removal due to asymmetry issues.
• Are planning a new procedure over an existing eyebrow tattoo and believe pigment removal is necessary beforehand.
• Desire a more natural look and wish to erase traces of past tattoos.
• Have previously received treatment elsewhere but are left with unsatisfactory results.

A Message from the Director

Eyebrow tattoo removal is a procedure that demands more delicacy than simply using a laser device.

Accurate diagnosis begins with a comprehensive analysis of all detailed factors, including the pigment's location, depth, particle size, composition, and potential for future discoloration.

Especially in cases involving pigments like iron oxide, which can show unpredictable reactions, precise diagnosis based on extensive clinical experience and corresponding laser setting adjustments are crucial, going beyond mere device operation.

It is advisable to choose a clinic that prioritizes identifying pigment components beforehand and thoroughly conducting skin reaction tests, rather than relying on a mechanical treatment approach.

Tattoo removal treatment realizes its value not just by relying on equipment performance, but when accompanied by the skilled hands and accurate judgment of the medical staff.

Only when the medical staff's extensive clinical experience, delicate touch, and precise judgment harmonize can safe and satisfactory results be expected.

I (the director) carefully examine and approach the specific pigment characteristics of each individual's eyebrows.

Precise analysis serves as the foundation for predictable results. Therefore, I personally oversee and adjust all stages, from diagnosis to treatment and the recovery process, as needed.

I will dedicate myself to providing care with the utmost sincerity, ensuring that my experience and efforts lead to the changes my patients expect.

Post-Treatment Precautions

• It is recommended to avoid contact with water or irritating facial cleansing on the treated area for at least 6 hours after the procedure.
• Protecting the treated area from UV radiation is very important. When going outdoors, always apply sunscreen and provide additional protection by wearing a hat or sunglasses.
• It's best to let any scabs that form on the treated area fall off naturally. Please be careful not to pick at them, as this can cause skin irritation or damage.
• It is recommended to regularly apply a regenerating cream to help your skin recover.
• To help the treated area heal well, please avoid activities that cause excessive sweating, such as saunas, jjimjilbangs (Korean bathhouses), and strenuous exercise, for about 1 week.
• To prevent infection or irritation in the eyebrow area, it is advisable to avoid using eyebrow makeup with pencils or tattoo pens for at least 7 days.