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Fotona laser acne and scar treatment

Fotona laser acne and scar treatment in medidermic

Acne and scars and how they form

Fotona laser acne and scar treatment: Different types of pimples occur when dead skin cells and fat accumulate in the pores of the skin along with bacteria.

This causes swelling and sores.

Your body has its own mechanism for dealing with this damage and tries to solve this problem by forming more collagen.

This can cause bumps on the skin, such as excess flesh (keloid scars) or hypertrophic scars, which can eventually lead to scars.

In other words, you see acne scars when your skin is healing.

Acne scars are divided into three categories based on the amount of collagen your skin has produced or lost:

  • Atrophic scars
  • Keloid scars
  • Hypertrophic scars

Atrophic scars

This type of scar is formed when tissue is lost during the healing process.

Atrophic causes skin depression.

Atrophic scars and fotona lasers

Icepick-scars (deep scars), rolling scars (usually M-shaped),

boxcar scars (U-shaped and wide) are the three most common types of atrophic scars.

Keloid and hypertrophic scars

Your skin gets this type of scar when it produces too much collagen, causing bumps on the surface of the skin.

There is a lot of collagen in the pimples.

Hypertrophic scars are bumps that form on damaged skin.

They are thick and broad and usually form during the skin repair process.

Keloids, on the other hand, are reddish-purple bumps that can spread to the affected area and involve more areas.

Keloid and hypertrophic scars

Keloid or hypertrophic scars are more common in people with dark skin.

These scars appear more on the trunk.

Different methods are used to treat these acne scars. For example, the subsection method is used to separate these two layers of epidermis and dermis.

Various devices such as RF needling, fractional co2 laser, microneedling, microdermabrasion,

and mesotherapy are used to remove scarring.

 

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How does a laser scar work?

Lasers are strong monochromatic lights that are limited to a narrow wavelength range.

These monotonous lights shine on your skin to stimulate skin fibroblasts (cells in the skin that are able to form connective tissue and facilitate wound healing).

These fibroblasts regenerate collagen and elastin, which are lost due to scar formation.

Fotona laser

The fotona laser kills bacteria because the laser has an antiseptic effect, and ultimately the photon laser reduces the inflammation of acne (pimples).

The number of fotona laser sessions varies depending on the severity and extent of the acne and varies from three to five sessions.

But why does the fotona laser work wonders in treating acne scars?

The fotona laser has two wavelengths, ND Yag and Erbium Yag.

The first wavelength causes a strong shock to the skin cells to stimulate the growth and deep regeneration of the cellulose,

and the second wavelength causes tiny holes to form from the surface of the skin to the middle layer, the dermis.

Miraculously begin to grow, repair and regenerate.

 

Of course, in addition to using these lasers to increase greater effectiveness at the same time,

we can also get help from collagen-making creams and collagen-making pills, and thus achieve better results.

 

Fotona Acne & Scar