Telangiectasia per unit
Treats fine telangiectasias, rosacea, and deep or large blood vessels on the face with lasers.
- Redness
- Vascular Treatment
- Vascular Treatment Program
- Redness Treatment Program
- Telangiectasia
- Telangiectasia Treatment
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Treats fine telangiectasias, rosacea, and deep or large blood vessels on the face with lasers.
(If adding keloid injection, 50,000 won for 1~3cm / 70,000 won for 4~10cm / 100,000 won for 10cm or more)
(If adding keloid injection, 50,000 won for 1~3cm / 70,000 won for 4~10cm / 100,000 won for 10cm or more)
(If adding keloid injection, 50,000 won for 1~3cm / 70,000 won for 4~10cm / 100,000 won for 10cm or more)
(If adding keloid injection, 50,000 won for 1~3cm / 70,000 won for 4~10cm / 100,000 won for 10cm or more)
The laser selectively destroys subcutaneous melanin pigment particles, and the decomposed pigments are phagocytosed and metabolized by macrophages to reduce pigmentation and even out skin tone. It has whitening and brightening effects, improves skin texture, and has anti-aging effects.
The laser selectively destroys subcutaneous melanin pigment particles, and the decomposed pigments are phagocytosed and metabolized by macrophages to reduce pigmentation and even out skin tone. It has whitening and brightening effects, improves skin texture, and has anti-aging effects.
The laser selectively destroys subcutaneous melanin pigment particles, and the decomposed pigments are phagocytosed and metabolized by macrophages to reduce pigmentation and even out skin tone. It has whitening and brightening effects, improves skin texture, and has anti-aging effects.
The laser selectively destroys subcutaneous melanin pigment particles, and the decomposed pigments are phagocytosed and metabolized by macrophages to reduce pigmentation and even out skin tone. It has whitening and brightening effects, improves skin texture, and has anti-aging effects.
The laser selectively destroys subcutaneous melanin pigment particles, and the decomposed pigments are phagocytosed and metabolized by macrophages to reduce pigmentation and even out skin tone. It has whitening and brightening effects, improves skin texture, and has anti-aging effects.
The laser selectively destroys subcutaneous melanin pigment particles, and the decomposed pigments are phagocytosed and metabolized by macrophages to reduce pigmentation and even out skin tone. It has whitening and brightening effects, improves skin texture, and has anti-aging effects.
The laser selectively destroys subcutaneous melanin pigment particles, and the decomposed pigments are phagocytosed and metabolized by macrophages to reduce pigmentation and even out skin tone. It has whitening and brightening effects, improves skin texture, and has anti-aging effects.
The laser selectively acts on melanin pigment particles, decomposing them through photothermal effect, and the fragments are metabolized and removed by macrophages. The ruby laser has a better melanin absorption rate.
The laser selectively acts on melanin pigment particles, decomposing them through photothermal effect, and the fragments are metabolized and removed by macrophages. The ruby laser has a better melanin absorption rate.
The laser selectively acts on melanin pigment particles, decomposing them through photothermal effect, and the fragments are metabolized and removed by macrophages. The ruby laser has a better melanin absorption rate.
The laser selectively acts on melanin pigment particles, decomposing them through photothermal effects, and the fragments are metabolized and removed by macrophages. Ruby lasers have a better melanin absorption rate. CO₂ lasers or erbium lasers directly remove wart lesions by vaporizing proliferated keratin.
The laser selectively acts on melanin pigment particles, decomposing them through photothermal effects, and the fragments are metabolized and removed by macrophages. Ruby lasers have a better melanin absorption rate. CO₂ lasers or erbium lasers directly remove wart lesions by vaporizing proliferated keratin.
The laser selectively acts on melanin pigment particles, decomposing them through photothermal effects, and the fragments are metabolized and removed by macrophages. Ruby lasers have a better melanin absorption rate. CO₂ lasers or erbium lasers directly remove wart lesions by vaporizing proliferated keratin.
The laser selectively acts on melanin pigment particles, decomposing them through photothermal effects, and the fragments are metabolized and removed by macrophages. Ruby lasers have a better melanin absorption rate. CO₂ lasers or erbium lasers directly remove wart lesions by vaporizing proliferated keratin.
The laser selectively acts on melanin pigment particles, decomposing them through photothermal effects, and the fragments are metabolized and removed by macrophages. Ruby lasers have a better melanin absorption rate. CO₂ lasers or erbium lasers directly remove wart lesions by vaporizing proliferated keratin.
The laser selectively acts on melanin pigment particles, decomposing them through photothermal effects, and the fragments are metabolized and removed by macrophages. Ruby lasers have a better melanin absorption rate. CO₂ lasers or erbium lasers directly remove wart lesions by vaporizing proliferated keratin.
Milk spot / Becker's nevus / Lille's melanoma / Unilateral clustered nevus / Ota's nevus, price may vary depending on size.
Milk spot / Becker's nevus / Lille's melanoma / Unilateral clustered nevus / Ota's nevus, price may vary depending on size.
Milk spot / Becker's nevus / Lille's melanoma / Unilateral clustered nevus / Ota's nevus, price may vary depending on size.