What Makes Kkeut Korean Medicine Clinic's Eyebrow Tattoo Removal Special

1. Diagnosis Based on Precise Pigment Analysis

We don't just look at the color; we meticulously analyze the pigment's composition, its location within the skin, and its concentration to provide an accurate diagnosis.

2. Essential Test Shot Procedure

Before the procedure, we perform a test shot to anticipate the pigment's reaction, aiming to minimize the possibility of discoloration after treatment.

3. Customized Session-by-Session Treatment Plan

We closely observe the skin and pigment reactions after each session and meticulously adjust the treatment plan for the subsequent session based on these observations.

4. Customized Laser Application Considering Pigment Depth

We identify the depth of the pigment in the skin and select the appropriate wavelength for that depth, treating it in a step-by-step manner.

Reasons to Consider Eyebrow Tattoo Removal at Kkeut Korean Medicine Clinic

1. Personalized Diagnosis Through Pigment Analysis

Applying lasers uniformly based only on tattoo color can sometimes lead to unexpected results.

At Kkeut Korean Medicine Clinic, we analyze the pigment's composition (iron oxide, carbon, mixed inks, etc.) before the procedure. This allows us to undergo a precise diagnostic process, considering which wavelengths each pigment reacts to, its distribution within the skin, and its concentration.

The appropriate laser wavelength and energy vary depending on which skin layer the pigment is in and its particle size. Therefore, delicate analysis based on extensive clinical experience is crucial.

2. Essential Test Shot System for Discoloration Prevention

When lasers are applied to iron oxide-based pigments, there is a possibility of a 'paradoxical reaction,' sometimes turning the pigment darker.

At Kkeut Korean Medicine Clinic, we perform a test shot for everyone before the procedure. This allows us to observe the pigment's reactivity beforehand and carefully select the most appropriate energy and wavelength.

If the possibility of discoloration is observed, we gradually adjust the laser intensity to ensure a safe procedure.

3. Customized Treatment Design Monitoring Session-by-Session Progress

We do not simply perform treatments by repeating a fixed number of sessions.

After each treatment, we meticulously check the pigment's reaction. Based on these observations, we re-establish and adjust the next treatment plan.

For example, if discoloration occurs after the first treatment, a different wavelength might need to be chosen for the next session. Furthermore, treatment intervals are flexibly adjusted based on skin reaction and pigment absorption speed.

4. Precise Multi-Layer Design Based on Pigment Depth

Eyebrow tattoo pigments are primarily located in the upper dermis, but their depth and distribution can vary among individuals. Kkeut Korean Medicine Clinic precisely adjusts the laser application depth, considering this. We implement a multi-layer design, primarily applying a 532nm wavelength for shallow epidermal pigments and a 1064nm wavelength for deeper dermal pigments.

Rather than uniform treatment with identical settings, laser application is tailored to the exact location of the pigment after precise identification.

Basic Principles of Eyebrow Tattoo Removal

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

What is Selective Photothermolysis?

This principle allows light (photo) energy to be selectively absorbed only by specific pigment particles.

The absorbed energy is converted into heat, causing the pigment particles to expand at high temperatures and break down into minute fragments.

At the same time, it is performed in a way that protects surrounding skin tissues from damage.

The laser wavelength used in this process is chosen based on the specific characteristics of each pigment type.

For instance, a 1064nm wavelength penetrates deep into the dermal layer and can effectively treat black or brown pigments.

A 532nm wavelength primarily acts on the epidermal layer and is suitable for removing lighter pigments such as red and orange.

However, considering only the wavelength is not everything. The laser's pulse duration is also a very crucial factor.

For eyebrow tattoo removal, extremely short pulse durations, typically in nanoseconds (ns) or less, are used. This is to concentrate high-intensity energy solely on the pigment particles in a very brief moment.

Concentrating energy within such a short time minimizes heat diffusion to surrounding tissues. As a result, only the pigment particles are locally subjected to high pressure and high temperature, shattering into tiny fragments or turning into a gaseous state.

These finely broken-down pigment particles are then absorbed by our body's macrophages. They gradually undergo a process of being expelled from the body via the lymphatic system.

The pigment expulsion process begins with an initial lymphatic reaction appearing approximately 3 days to 2 weeks after the procedure. During this time, the fragmented pigment particles travel to lymph nodes and are processed in organs such as the liver, spleen, and lymph nodes.

Subsequently, continuous immune responses and lymphatic circulation occur over several weeks to months. Through this, the remaining pigment gradually diminishes.

Tattoo removal is not simply about burning pigments with heat. It is a process where a laser precisely destroys only the pigment particles within the skin, and our body's immune system naturally absorbs and expels them.

Short-pulse lasers can help break down pigment particles more finely and uniformly. These finely shattered pigments are more effectively recognized by our body's immune system and aided in their expulsion from the body. This can contribute to improving treatment results and reducing skin burden.

Eyebrow Tattoo Removal Procedure

STEP 1. Customized Pigment Diagnosis

We comprehensively identify the type of eyebrow tattoo pigment, its depth within the skin, concentration, and even the potential for pigment oxidation.

STEP 2. Anesthetic Cream Application

Local anesthetic cream is applied to the treatment area for a sufficient amount of time to help minimize discomfort.

STEP 3. Test Shot and Laser Treatment

Before treatment, a test shot is performed to check skin reaction. Then, an appropriate wavelength (1064nm or 532nm) is selected according to the tattoo's condition, and the laser intensity is adjusted during the procedure based on the skin's reaction.

STEP 4. Cooling and Soothing Care

To alleviate any white reaction or redness that may appear after the procedure, we soothe the skin using regenerative ointment and Jaundo ointment, among others.

STEP 5. Reaction Recording and Session Planning

After the procedure, skin reactions are closely observed and recorded to establish the direction and plan for subsequent treatments.

Eyebrow Tattoo Removal Pain and Aftercare

• After the application of anesthetic cream, most patients will feel a sensation akin to mild stinging.
• The white reaction or temporary redness that appears immediately after the procedure usually subsides within a few hours.
• Rarely, mild scabs or redness may appear, but these typically resolve within 2-3 days.

Treatment Cycle

• Considering skin recovery and the pigment expulsion process, it is generally recommended to undergo treatments every 4 to 6 weeks.
• Depending on the tattoo's pigment density or individual skin characteristics, 3 to 5 or more sessions may be required.
• If the treatment interval is too short, it can strain the skin and not allow sufficient time for pigment metabolism, potentially leading to limited results.

Recommended for

• Individuals with semi-permanent eyebrow tattoos that have discolored over time to grey, reddish, or bluish tones.
• Those who find their eyebrow design awkward or asymmetrical and wish for correction.
• Individuals who need existing tattoo pigment removed for a new eyebrow procedure.
• Recommended for those who desire a more natural eyebrow appearance.
• Individuals who have previously undergone an eyebrow procedure but are considering improvement because the results were not as expected.

A Message from the Chief Director

Eyebrow tattoo removal is a procedure that requires a delicate approach, going beyond simply irradiating with a laser.

It is crucial to accurately diagnose by considering all factors, including the tattoo pigment's location within the skin, depth, particle size, composition, and potential for discoloration.

Especially in cases where pigments like iron oxide-based ones might show unexpected reactions, a precise diagnosis based on extensive clinical experience and corresponding laser setting adjustments can determine the safety and outcome of the procedure.

Rather than solely relying on machine operation, it is advisable to choose a clinic that pre-analyzes pigment components and conducts sufficient skin reactivity tests to establish a personalized treatment plan.

Tattoo removal is a procedure where the skill and judgment of the medical staff performing it are as crucial as the machine's performance.

Safe procedures and satisfactory results are only possible when the medical staff's accumulated clinical experience, delicate sensibility, and accurate judgment come together.

As the Chief Director, I adhere to a philosophy of care that does not overlook even the slightest nuance in a patient's eyebrow color.

As precise analysis leads to predictable results, I personally oversee every step, from diagnosis to post-treatment recovery, striving to guide patients towards the optimal outcome.

I will continuously strive to help you achieve your desired results through meticulous care.

Post-Treatment Precautions

• After the procedure, avoid washing your face for at least 6 hours to prevent irritation to the treated area.
• Minimize sun exposure. Apply sunscreen thoroughly, and we recommend wearing a hat or sunglasses.
• Scabs that form after the procedure should not be picked off by hand; allowing them to fall off naturally will aid in recovery.
• Consistently applying a cream that aids in skin regeneration every day is beneficial for managing the treated area.
• For optimal recovery of the treated area, it is best to avoid activities that cause excessive sweating or raise body temperature, such as saunas, jjimjilbangs (Korean bathhouses), and intense exercise, for about one week.
• To protect the treated area and prevent inflammation, it is advisable to avoid eyebrow makeup (such as pencils, tattoo pens, etc.) for at least one week.