Freckle Laser Treatment: Expect Improvement with Just One Session

Freckle laser treatments utilize a 755nm Alexandrite wavelength, specifically developed for epidermal pigmentation.

This wavelength selectively targets and reacts with melanin pigments.

Immediately after the procedure, the pigment absorbs the laser energy and may temporarily appear darker or reddish-brown.

This can help improve skin tone even with a single session, and you can expect changes relatively quickly.

you can expect changes.

The treated area may appear temporarily darker for about 2 to 3 weeks,

but once this period passes and skin cells recover, you can experience a noticeable change even with just one treatment.

While it's common to hear that freckle treatment requires multiple sessions, we approach it differently here.

Our Commitment to Meticulous Care

To ensure the highest quality of treatment, we limit the number of patients seen by each doctor per day.

By adjusting the number of appointments per doctor, we strive to provide each patient with ample time and focused attention.

This approach allows for detailed explanations and personalized treatment plans at every stage, from consultation to procedure and post-care.

It gives us the leeway to meticulously observe your skin condition and reactions, and to reflect these observations in your treatment.

As a result, the precision of the treatment is enhanced, and we can better meet your expectations post-procedure.

We aim for dedicated care rather than repetitive treatments. We prioritize the depth of care over time efficiency,

and focus entirely on each patient's skin during treatment.

Customized Laser Setting Adjustments

We precisely adjust spot size, pulse energy, and fluence values by comprehensively considering your skin tone, lesion size and depth, and skin reactivity.

For example, for brighter skin with shallow pigmentation, we meticulously target the area using a spot size and energy suitable for freckle treatment,

while for darker skin tones or sensitive skin with a risk of hyperpigmentation, we proceed with treatment using fine power adjustments to minimize skin irritation.

These precise settings are a crucial part of enhancing treatment accuracy and achieving better results, even when using the same laser equipment.

Systematic Skin Recovery Management After Treatment

The 755nm Alexandrite laser has characteristics of fast and direct reaction,

so temporary redness or the treated area turning reddish-brown may occur after treatment. Therefore, post-procedure skin regeneration and sun protection are necessary.

Since pain sensitivity varies among patients, we comfortably discuss and decide on the application of anesthetic cream during a prior consultation.

After the procedure, we apply cooling care along with a Jaungo modeling pack to soothe the skin.

Furthermore, we meticulously manage your skin by preparing supportive aids like DuoDerm to assist with skin recovery and UV protection.

Integrated Pigmentation Treatment Plan Beyond Freckles

Patients visiting for freckle removal often also have dermal pigmentation such as melasma in addition to freckles.

While treating only freckles is one approach,

patients may wish for the overall pigmentation concerns on their face to be improved simultaneously.

Through thorough consultation with the patient and utilizing diagnostic equipment, we meticulously categorize facial pigmentation. Subsequently, we jointly decide on the treatment direction: whether to focus solely on epidermal pigmentation,

or to proceed with an integrated treatment that considers the overall pigmentation balance of the entire face.

This approach allows us to expect results that contribute to the improvement of your skin tone.

Causes of Freckles

Freckles are an epidermal pigmentary disorder resulting from a combination of genetic factors and sun exposure. They typically appear from childhood, and are relatively common, especially in individuals with fair skin.

They are often observed on areas frequently exposed to the sun, such as the nose and cheekbones, and their color may tend to deepen or lighten with the seasons.

Areas Where Freckles Commonly Appear

Considering skin structure and optical properties, freckles are relatively responsive to specific laser wavelengths.

Freckle lesions respond well to specific wavelengths, and among them, 755nm is known to be particularly effective. Freckles are mainly formed in the basal layer (Basal layer), the lowest layer of the skin's epidermis.

This is a phenomenon that occurs due to the localized accumulation of melanin pigment granules. From a histopathological perspective, freckles are pigmentary disorders primarily located in the epidermal layer, not penetrating deep into the dermis. Therefore, the selective removal mechanism of the 755nm long-pulsed Alexandrite laser, which offers stability and good efficiency for pigmentary lesions in the epidermis and upper dermis, is suitable for freckles.

Characteristics of the 755nm Wavelength

The 755nm wavelength is characterized by a high melanin absorption rate.

This is an Alexandrite-based wavelength that selectively acts on pigmentary lesions distributed throughout the skin's epidermal layer.

The 755nm laser is delivered in a long-pulsed manner, and thanks to precise time control in millisecond (ms) units, it can deliver high energy intensively to freckle lesions.

When melanin pigment absorbs this light energy and converts it into thermal energy, the pigment particles are precisely fragmented. The fragmented freckle pigment naturally sheds with fine dead skin cells according to the skin's turnover cycle, or some of it undergoes absorption and excretion within the body by macrophages. Through this process,

as the destroyed pigment is gradually removed, freckles can lighten and skin tone can improve.

Freckle Removal Procedure

While the 755nm Alexandrite laser is known as an effective wavelength for freckle treatment,

satisfactory results from the procedure are not achieved by simply using a laser of a specific wavelength alone.

Accurate diagnosis, customized settings that carefully consider the individual's skin condition, and

when a systematic post-procedure soothing and regenerative care program accompanies it,

more satisfactory improvement effects can be expected.