[Remove in a day] Freckle/Spot Laser Treatment

Key Differentiator 1. Lasers that can help improve freckles, and their characteristics

Our clinic's freckle laser utilizes a premium 755nm Alexandrite wavelength that focuses on epidermal pigmentation.

This wavelength has the characteristic of selectively acting only on melanin pigment.

Immediately after laser treatment, pigmented lesions may absorb energy and undergo a temporary hyperpigmentation phase, appearing temporarily darker or reddish,

While individual results may vary, even a single session can contribute to relatively fast skin tone improvement,

and there is a possibility of observing such changes.

The treated area may appear temporarily darker for approximately 2-3 weeks,

but once this period passes and skin cells recover, significant improvement can be expected even with a single treatment.

Rather than concluding that multiple sessions are always necessary, as some suggest, we explore treatment options that can deliver expected results.

Key Differentiator 2. Our Commitment to Meticulous Care

Our clinic prioritizes the quality of treatment and strictly limits the number of patients each medical professional can see per day.

This is a careful decision made to ensure that our medical team can dedicate sufficient time and provide focused care to each and every patient.

This care system enables thorough guidance and the creation of personalized plans throughout all stages, from consultation to treatment and aftercare.

This ensures ample time to closely observe each patient's skin condition and treatment response, and to incorporate these observations into their care.

As a result, it enhances the precision of treatments and contributes to improving patient satisfaction.

We aim for meticulous medical services that go beyond mere repetitive treatments. Our clinic values medical perfection more than time efficiency,

and genuinely focuses on the skin condition of each individual patient.

Key Differentiator 3. Personalized Laser Settings

We meticulously adjust the spot size, pulse energy, and fluence values, carefully considering the patient's skin tone, the size and depth of pigmented lesions, and skin responsiveness.

For example, if the skin is fair and the pigmentation is shallow, precise treatment is performed with a spot size and high energy suitable for freckle targeting,

Conversely, if there is a risk of post-inflammatory hyperpigmentation, a darker skin tone, or sensitive skin, the treatment is performed with fine output adjustments to minimize skin burden.

Such precise settings are crucial for increasing the accuracy of treatment results and enhancing patient satisfaction, even when using the same laser equipment.

Key Differentiator 4. Systematic Post-Treatment Recovery Care

The 755nm Alexandrite laser tends to produce relatively clear and rapid skin reactions,

so temporary redness or a darkening of the treated area may occur after the procedure, making thorough regenerative care and sun protection essential.

Furthermore, as each patient's pain sensitivity can differ, the use of anesthetic cream is thoroughly discussed and decided upon during pre-treatment consultation.

After treatment, for skin that may experience warmth, cooling management is provided, along with the use of a Jaungo modeling mask to help soothe the skin.

Additionally, genuine Duoderm is provided within the clinic to carefully support the skin's smooth recovery and protection from UV rays.

Key Differentiator 5. A Comprehensive Pigmentation Treatment Approach Beyond Freckles

Many patients who visit for freckle treatment also often have dermal pigmentation, such as melasma, in addition to freckles.

Of course, treatment can be aimed solely at freckles,

but many individuals tend to want to generally improve various pigmentation concerns scattered across their face.

Therefore, after a thorough consultation with the patient and a scientific analysis of facial pigmentation using diagnostic equipment, we collaboratively decide whether to focus intensively on only epidermal pigmentation,

or to proceed with a comprehensive treatment that considers the overall pigmentation balance of the entire face.

This helps achieve a more balanced skin tone.

Causes of Freckle Formation

Freckles are known as a representative epidermal pigmentary disorder primarily caused by genetic factors and UV exposure. They typically begin to appear in childhood, especially more frequently in people with fair skin,

and are observed. They commonly occur on sun-exposed areas like the nose and cheekbones, and may show a characteristic of darkening or lightening with the seasons.

Main Distribution Areas of Freckles

Due to the skin's structure and optical properties, freckles are relatively responsive to specific laser wavelengths

Among several wavelengths effective for freckle pigmentation, 755nm is known to be particularly suitable. Freckles are primarily formed in the basal layer of the epidermis

by the localized accumulation of melanin granules. Since freckles are pathohistologically a condition primarily distributed in the epidermis and not deeply seated in the dermis, the epidermis

and upper dermis pigment lesions can be reliably treated, and results can be expected from the 755nm long-pulse alexandrite

laser's selective absorption response, which it aligns well with.

Unique Properties of the 755nm Wavelength

The 755nm wavelength is an alexandrite wavelength that effectively reacts to melanin pigment,

allowing for selective action on pigment lesions located in the epidermal layer of the skin.

The 755nm laser, used in a long-pulse mode, can deliver energy to freckle lesions for a short duration with precise millisecond (ms) time control.

Melanin pigment selectively absorbs this light energy and converts it into thermal energy, effectively breaking down pigment particles. The broken-down freckle pigment can either flake off with microscopic dead skin cells through a natural metabolic process on the skin surface, or it can be absorbed and excreted from the body by macrophages. Through this process,

the broken-down pigment gradually disappears, and you can expect changes such as freckles lightening and skin tone brightening.

Delicate Approach to Freckle Lesions

The 755nm alexandrite laser is one of the effective wavelengths used for freckle treatment,

but the success of the procedure is not solely determined by the selection of a specific wavelength.

It is crucial to accurately diagnose an individual's skin condition and plan customized treatment settings accordingly,

and when post-procedure soothing and regenerative care programs are accompanied,

it can help achieve more satisfactory treatment results.