Stella M22 (Photofacial)

A Wide Range of Filters to
Address Your Skin Concerns

At our clinic, we offer six standard filters
as well as two additional filters specifically designed to address redness and acne.

By utilizing these filters selectively,
we can provide tailored treatments to meet the unique skin concerns of each customer.

Standard Filters

• 515nm Superficial pigmentation,
  Freckles
• 560nm Pigmentation,
  Freckles
• 590nm Redness and flushing,
  Dilated capillaries
• 615nm Dilated capillaries,
  Redness and pigmentation
• 640nm Pigmentation in areas with melasma,
  Suitable for darker skin tones
• 695nm Pigmentation in areas with melasma,
  Skin texture improvement

Specialized Filters for Skin Concerns

Newly Introduced

“Acne Filter” for Acne Treatment

This filter uses two different wavelengths of light to effectively target acne.
It eliminates acne-causing bacteria, improves redness, and reduces uneven skin texture caused by acne.

400–600nm: Short wavelength targeting acne bacteria

This wavelength is absorbed by porphyrin, a substance produced by acne-causing bacteria.
By acting on porphyrin, it effectively kills the bacteria, helping to reduce recurring inflammatory acne.
This direct targeting of acne bacteria allows for rapid symptom relief.

800–1200nm: Long wavelength cutting off sebaceous gland nutrition

This wavelength acts on the blood vessels supplying nutrients to sebaceous glands.
By being absorbed by hemoglobin (red blood cells), it disrupts the nutrient supply to sebaceous glands, reducing sebum production.
This prevents acne caused by excess sebum and promotes the reduction of redness associated with acne.

Newly Introduced

“Vascular Filter” for Redness Treatment

This filter uses two different wavelengths of light to target both superficial and deep blood vessels.
It is effective in treating redness, dilated capillaries, and bruising caused by injections or physical injury.

530–650nm: Short wavelength targeting superficial blood vessels

This wavelength is readily absorbed by hemoglobin (red blood cells) in the superficial layers of the skin, directly targeting capillaries.
It effectively reduces redness and promotes improvement in facial redness.

900–1200nm: Long wavelength targeting deeper blood vessels

This wavelength acts on hemoglobin in the deeper layers of the skin, addressing deeper blood vessels.
It enables treatment of not only superficial but also deeper blood vessels beneath the skin.